WISDEM Input Variables

This table may be downloaded as a CSV file or JSON file

Table 2 WISDEM Input Variable List

Variable

Units

Description

financese.machine_rating

kW

financese.tcc_per_kW

USD/kW

financese.offset_tcc_per_kW

USD/kW

financese.bos_per_kW

USD/kW

financese.opex_per_kW

USD/kW/year

financese.plant_aep_in

kW*h

financese.turbine_aep

kW*h

financese.wake_loss_factor

financese.fixed_charge_rate

financese.electricity_price

USD/kW/h

financese.reserve_margin_price

USD/kW/year

financese.capacity_credit

financese.benchmark_price

USD/kW/h

financese.turbine_number

n/a

orbit.site_depth

m

Site depth.

orbit.site_distance

km

Distance from site to installation port.

orbit.site_distance_to_landfall

km

Distance from site to landfall for export cable.

orbit.interconnection_distance

km

Distance from landfall to interconnection.

orbit.site_mean_windspeed

m/s

Mean windspeed of the site.

orbit.plant_turbine_spacing

Turbine spacing in rotor diameters.

orbit.plant_row_spacing

Row spacing in rotor diameters. Not used in ring layouts.

orbit.plant_substation_distance

km

Distance from first turbine in string to substation.

orbit.turbine_rating

MW

Rated capacity of a turbine.

orbit.turbine_rated_windspeed

m/s

Rated windspeed of the turbine.

orbit.turbine_capex

USD/kW

Turbine CAPEX

orbit.hub_height

m

Turbine hub height.

orbit.turbine_rotor_diameter

m

Turbine rotor diameter.

orbit.tower_mass

t

mass of the total tower.

orbit.tower_length

m

Total length of the tower.

orbit.tower_deck_space

m**2

Deck space required to transport the tower. Defaults to 0 in order to not be a constraint on installation.

orbit.nacelle_mass

t

mass of the rotor nacelle assembly (RNA).

orbit.nacelle_deck_space

m**2

Deck space required to transport the rotor nacelle assembly (RNA). Defaults to 0 in order to not be a constraint on installation.

orbit.blade_mass

t

mass of an individual blade.

orbit.blade_deck_space

m**2

Deck space required to transport a blade. Defaults to 0 in order to not be a constraint on installation.

orbit.mooring_line_mass

kg

Total mass of a mooring line

orbit.mooring_line_diameter

m

Cross-sectional diameter of a mooring line

orbit.mooring_line_length

m

Unstretched mooring line length

orbit.anchor_mass

kg

Total mass of an anchor

orbit.mooring_line_cost

USD

Mooring line unit cost.

orbit.mooring_anchor_cost

USD

Mooring line unit cost.

orbit.port_cost_per_month

USD/mo

Monthly port costs.

orbit.takt_time

h

Substructure assembly cycle time when doing assembly at the port.

orbit.floating_substructure_cost

USD

Floating substructure unit cost.

orbit.monopile_length

m

Length of monopile (including pile).

orbit.monopile_diameter

m

Diameter of monopile.

orbit.monopile_mass

t

mass of an individual monopile.

orbit.monopile_cost

USD

Monopile unit cost.

orbit.jacket_length

m

Length/height of jacket (including pile/buckets).

orbit.jacket_mass

t

mass of an individual jacket.

orbit.jacket_cost

USD

Jacket unit cost.

orbit.jacket_r_foot

m

Radius of jacket legs at base from centeroid.

orbit.transition_piece_mass

t

mass of an individual transition piece.

orbit.transition_piece_deck_space

m**2

Deck space required to transport a transition piece. Defaults to 0 in order to not be a constraint on installation.

orbit.transition_piece_cost

USD

Transition piece unit cost.

orbit.construction_insurance

USD/kW

Cost for construction insurance

orbit.construction_financing

USD/kW

Cost for construction financing

orbit.contingency

USD/kW

Cost in case of contingency

orbit.site_auction_price

USD

Cost to secure site lease

orbit.site_assessment_cost

USD

Cost to execute site assessment

orbit.construction_plan_cost

USD

Cost to do construction planning

orbit.installation_plan_cost

USD

Cost to do construction planning

orbit.boem_review_cost

USD

Cost for additional review by U.S. Dept of Interior Bureau of Ocean Energy Management (BOEM)

orbit.commissioning_cost_kW

USD/kW

Commissioning cost.

orbit.decommissioning_cost_kW

USD/kW

Decommissioning cost.

orbit.wtiv

n/a

Vessel configuration to use for installation of foundations and turbines.

orbit.feeder

n/a

Vessel configuration to use for (optional) feeder barges.

orbit.num_feeders

n/a

Number of feeder barges to use for installation of foundations and turbines.

orbit.num_towing

n/a

Number of towing vessels to use for floating platforms that are assembled at port (with or without the turbine).

orbit.num_station_keeping

n/a

Number of station keeping or AHTS vessels that attach to floating platforms under tow-out.

orbit.oss_install_vessel

n/a

Vessel configuration to use for installation of offshore substations.

orbit.number_of_turbines

n/a

Number of turbines.

orbit.number_of_blades

n/a

Number of blades per turbine.

orbit.num_mooring_lines

n/a

Number of mooring lines per platform.

orbit.anchor_type

n/a

Number of mooring lines per platform.

orbit.num_assembly_lines

n/a

Number of assembly lines used when assembly occurs at the port.

orbit.num_port_cranes

n/a

Number of cranes used at the port to load feeders / WTIVS when assembly occurs on-site or assembly cranes when assembling at port.

outputs_2_screen.aep

GW*h

outputs_2_screen.blade_mass

kg

outputs_2_screen.lcoe

USD/MW/h

outputs_2_screen.My_std

N*m

outputs_2_screen.flp1_std

deg

outputs_2_screen.PC_omega

rad/s

outputs_2_screen.PC_zeta

outputs_2_screen.VS_omega

rad/s

outputs_2_screen.VS_zeta

outputs_2_screen.Flp_omega

rad/s

outputs_2_screen.Flp_zeta

outputs_2_screen.tip_deflection

m

wombat.years

year

Number of years to simulation the operations and maintenance phase of the farm lifecycle

wombat.equipment_dispatch_distance

km

Distance, in km, that servicing equipment must travel daily to reach the wind farm

wombat.repair_port_distance

km

Distance, in km, that tugboats must travel to reach the wind farm for tow-to-port repairs

wombat.reduced_speed

km/h

Reduced speed applied to servicing equipment in the reduced speed period

wombat.project_capacity

MW

Total wind farm capacity

wombat.turbine_capex_kw

USD/kW

Turbine CapEx per kW of nameplate capacity

wombat.turbine_capacity

W

Turbine nameplate capacity

wombat.power_converter_minor_repair_scale

unitless

1 / mean time between failure (years)

wombat.power_converter_minor_repair_time

h

Number of hours to complete the repair

wombat.power_converter_minor_repair_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.power_converter_major_repair_scale

unitless

1 / mean time between failure (years)

wombat.power_converter_major_repair_time

h

Number of hours to complete the repair

wombat.power_converter_major_repair_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.power_converter_replacement_scale

unitless

1 / mean time between failure (years)

wombat.power_converter_replacement_time

h

Number of hours to complete the repair

wombat.power_converter_replacement_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.electrical_system_minor_repair_scale

unitless

1 / mean time between failure (years)

wombat.electrical_system_minor_repair_time

h

Number of hours to complete the repair

wombat.electrical_system_minor_repair_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.electrical_system_major_repair_scale

unitless

1 / mean time between failure (years)

wombat.electrical_system_major_repair_time

h

Number of hours to complete the repair

wombat.electrical_system_major_repair_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.electrical_system_replacement_scale

unitless

1 / mean time between failure (years)

wombat.electrical_system_replacement_time

h

Number of hours to complete the repair

wombat.electrical_system_replacement_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.hydraulic_pitch_system_minor_repair_scale

unitless

1 / mean time between failure (years)

wombat.hydraulic_pitch_system_minor_repair_time

h

Number of hours to complete the repair

wombat.hydraulic_pitch_system_minor_repair_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.hydraulic_pitch_system_major_repair_scale

unitless

1 / mean time between failure (years)

wombat.hydraulic_pitch_system_major_repair_time

h

Number of hours to complete the repair

wombat.hydraulic_pitch_system_major_repair_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.hydraulic_pitch_system_replacement_scale

unitless

1 / mean time between failure (years)

wombat.hydraulic_pitch_system_replacement_time

h

Number of hours to complete the repair

wombat.hydraulic_pitch_system_replacement_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.ballast_pump_minor_repair_scale

unitless

1 / mean time between failure (years)

wombat.ballast_pump_minor_repair_time

h

Number of hours to complete the repair

wombat.ballast_pump_minor_repair_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.yaw_system_minor_repair_scale

unitless

1 / mean time between failure (years)

wombat.yaw_system_minor_repair_time

h

Number of hours to complete the repair

wombat.yaw_system_minor_repair_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.yaw_system_major_repair_scale

unitless

1 / mean time between failure (years)

wombat.yaw_system_major_repair_time

h

Number of hours to complete the repair

wombat.yaw_system_major_repair_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.yaw_system_replacement_scale

unitless

1 / mean time between failure (years)

wombat.yaw_system_replacement_time

h

Number of hours to complete the repair

wombat.yaw_system_replacement_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.rotor_blades_minor_repair_scale

unitless

1 / mean time between failure (years)

wombat.rotor_blades_minor_repair_time

h

Number of hours to complete the repair

wombat.rotor_blades_minor_repair_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.rotor_blades_major_repair_scale

unitless

1 / mean time between failure (years)

wombat.rotor_blades_major_repair_time

h

Number of hours to complete the repair

wombat.rotor_blades_major_repair_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.rotor_blades_replacement_scale

unitless

1 / mean time between failure (years)

wombat.rotor_blades_replacement_time

h

Number of hours to complete the repair

wombat.rotor_blades_replacement_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.generator_minor_repair_scale

unitless

1 / mean time between failure (years)

wombat.generator_minor_repair_time

h

Number of hours to complete the repair

wombat.generator_minor_repair_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.generator_major_repair_scale

unitless

1 / mean time between failure (years)

wombat.generator_major_repair_time

h

Number of hours to complete the repair

wombat.generator_major_repair_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.generator_replacement_scale

unitless

1 / mean time between failure (years)

wombat.generator_replacement_time

h

Number of hours to complete the repair

wombat.generator_replacement_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.drive_train_minor_repair_scale

unitless

1 / mean time between failure (years)

wombat.drive_train_minor_repair_time

h

Number of hours to complete the repair

wombat.drive_train_minor_repair_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.drive_train_major_repair_scale

unitless

1 / mean time between failure (years)

wombat.drive_train_major_repair_time

h

Number of hours to complete the repair

wombat.drive_train_major_repair_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.drive_train_replacement_scale

unitless

1 / mean time between failure (years)

wombat.drive_train_replacement_time

h

Number of hours to complete the repair

wombat.drive_train_replacement_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.anchor_minor_repair_scale

unitless

1 / mean time between failure (years)

wombat.anchor_minor_repair_time

h

Number of hours to complete the repair

wombat.anchor_minor_repair_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.anchor_major_repair_scale

unitless

1 / mean time between failure (years)

wombat.anchor_major_repair_time

h

Number of hours to complete the repair

wombat.anchor_major_repair_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.anchor_replacement_scale

unitless

1 / mean time between failure (years)

wombat.anchor_replacement_time

h

Number of hours to complete the repair

wombat.anchor_replacement_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.mooring_lines_minor_repair_scale

unitless

1 / mean time between failure (years)

wombat.mooring_lines_minor_repair_time

h

Number of hours to complete the repair

wombat.mooring_lines_minor_repair_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.mooring_lines_major_repair_scale

unitless

1 / mean time between failure (years)

wombat.mooring_lines_major_repair_time

h

Number of hours to complete the repair

wombat.mooring_lines_major_repair_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.mooring_lines_replacement_scale

unitless

1 / mean time between failure (years)

wombat.mooring_lines_replacement_time

h

Number of hours to complete the repair

wombat.mooring_lines_replacement_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.mooring_lines_buoyancy_module_replacement_scale

unitless

1 / mean time between failure (years)

wombat.mooring_lines_buoyancy_module_replacement_time

h

Number of hours to complete the repair

wombat.mooring_lines_buoyancy_module_replacement_materials

USD

Total cost of materials used to complete the repair. If between 0 and 1, the cost is proportional to the turbine CapEx.

wombat.workday_start

n/a

Hour of the day where any work-related activities begin

wombat.workday_end

n/a

Hour of the day where any work-related activities end

wombat.n_ctv

n/a

Number of crew transfer vessels (offshore) or onsite trucks (land-based) that should be made available to the wind farm.

wombat.n_hlv

n/a

Number of heavy lift vessels (fixed-bottom offshore) or crawler cranes (land-based) that should be made available to the wind farm (fixed-bottom simulations only)

wombat.n_tugboat

n/a

Number of tugboat groups that should be available to the port to tow floating turbines to port and back

wombat.port_workday_start

n/a

Hour of the day where any work-related activities begin for port-side repairs

wombat.port_workday_end

n/a

Hour of the day where any work-related activities end for port-side repairs

wombat.n_port_crews

n/a

Number of port-side crews available to work on simultaneous repairs for any at-port turbine

wombat.max_port_operations

n/a

Number of turbines that can be at port at once

wombat.maintenance_start

n/a

Date of first maintenance event to determine regular interval timing. Can be set to prior to the starting year to ensure staggered starts.

wombat.non_operational_start

n/a

Starting date, in MM/DD format, for an annual period where the site is inaccessible

wombat.non_operational_end

n/a

Ending date, in MM/DD format, for an annual period where the site is inaccessible

wombat.reduced_speed_start

n/a

Starting date, in MM/DD format, for an annual period where traveling speed is reduced

wombat.reduced_speed_end

n/a

Ending date, in MM/DD format, for an annual period where traveling speed is reduced

wombat.random_seed

n/a

Random seed for the internal random generator

wombat.layout

n/a

Tabular wind farm layout generated from ORBIT

fixedse.env.distLoads.windLoads_Px

N/m

fixedse.env.distLoads.windLoads_Py

N/m

fixedse.env.distLoads.windLoads_Pz

N/m

fixedse.env.distLoads.windLoads_qdyn

N/m**2

fixedse.env.distLoads.windLoads_z

m

fixedse.env.distLoads.windLoads_beta

deg

fixedse.env.distLoads.waveLoads_Px

N/m

fixedse.env.distLoads.waveLoads_Py

N/m

fixedse.env.distLoads.waveLoads_Pz

N/m

fixedse.env.distLoads.waveLoads_qdyn

N/m**2

fixedse.env.distLoads.waveLoads_z

m

fixedse.env.distLoads.waveLoads_beta

deg

fixedse.z_global

m

fixedse.yaw

deg

fixedse.rho_water

kg/m**3

fixedse.z0

m

fixedse.water_depth

m

fixedse.Uc

m/s

mean current speed

fixedse.Hsig_wave

m

fixedse.Tsig_wave

s

fixedse.env.waveLoads.U

m/s

fixedse.env.waveLoads.A

m/s**2

fixedse.env.waveLoads.p

N/m**2

fixedse.outer_diameter_full

m

fixedse.beta_wave

deg

fixedse.mu_water

kg/m/s

fixedse.ca_usr

fixedse.cd_usr

fixedse.env.Uref

m/s

fixedse.wind_reference_height

m

fixedse.shearExp

fixedse.env.windLoads.U

m/s

fixedse.beta_wind

deg

fixedse.rho_air

kg/m**3

fixedse.mu_air

kg/m/s

fixedse.joint1

m

fixedse.joint2

m

fixedse.s_full

m

fixedse.s_all

fixedse.g2e.Px_global

N/m

fixedse.g2e.Py_global

N/m

fixedse.g2e.Pz_global

N/m

fixedse.g2e.qdyn_global

Pa

fixedse.lc:Px

N/m

fixedse.lc:Py

N/m

fixedse.lc:Pz

N/m

fixedse.lc:qdyn

Pa

fixedse.monopile.z_soil

N/m

fixedse.monopile.k_soil

N/m

fixedse.nodes_xyz

m

fixedse.section_A

m**2

fixedse.section_Asx

m**2

fixedse.section_Asy

m**2

fixedse.section_Ixx

kg*m**2

fixedse.section_Iyy

kg*m**2

fixedse.section_J0

kg*m**2

fixedse.section_rho

kg/m**3

fixedse.section_E

Pa

fixedse.section_G

Pa

fixedse.t_full

m

fixedse.sigma_y_full

Pa

fixedse.qdyn

Pa

fixedse.bending_height

m

fixedse.tower_xyz

m

fixedse.tower_A

m**2

fixedse.tower_Asx

m**2

fixedse.tower_Asy

m**2

fixedse.tower_Ixx

kg*m**2

fixedse.tower_Iyy

kg*m**2

fixedse.tower_J0

kg*m**2

fixedse.tower_rho

kg/m**3

fixedse.tower_E

Pa

fixedse.tower_G

Pa

fixedse.tower_outer_diameter_full

m

fixedse.tower_t_full

m

fixedse.tower_sigma_y_full

Pa

fixedse.tower_qdyn

Pa

fixedse.tower_bending_height

m

fixedse.monopile.rna_F

N

fixedse.monopile.rna_M

N*m

fixedse.turbine_F

N

fixedse.turbine_M

N*m

fixedse.transition_piece_mass

kg

fixedse.transition_piece_I

kg*m**2

fixedse.gravity_foundation_mass

kg

fixedse.gravity_foundation_I

kg*m**2

fixedse.transition_piece_height

m

fixedse.suctionpile_depth

m

fixedse.turbine_mass

kg

fixedse.turbine_cg

m

fixedse.turbine_I

kg*m**2

fixedse.rna_mass

kg

fixedse.rna_I

kg*m**2

fixedse.rna_cg

m

fixedse.Px

N/m

fixedse.Py

N/m

fixedse.Pz

N/m

fixedse.tower_Px

N/m

fixedse.tower_Py

N/m

fixedse.tower_Pz

N/m

fixedse.z_full

m

fixedse.E_full

Pa

fixedse.G_full

Pa

fixedse.rho_full

kg/m**3

fixedse.post.section_L

m

fixedse.post.cylinder_Fz

N

fixedse.post.cylinder_Vx

N

fixedse.post.cylinder_Vy

N

fixedse.post.cylinder_Mxx

N*m

fixedse.post.cylinder_Myy

N*m

fixedse.post.cylinder_Mzz

N*m

fixedse.post_monopile_tower.z_full

m

fixedse.post_monopile_tower.outer_diameter_full

m

fixedse.post_monopile_tower.t_full

m

fixedse.post_monopile_tower.bending_height

m

fixedse.post_monopile_tower.E_full

Pa

fixedse.post_monopile_tower.G_full

Pa

fixedse.post_monopile_tower.rho_full

kg/m**3

fixedse.post_monopile_tower.sigma_y_full

Pa

fixedse.post_monopile_tower.section_A

m**2

fixedse.post_monopile_tower.section_Asx

m**2

fixedse.post_monopile_tower.section_Asy

m**2

fixedse.post_monopile_tower.section_Ixx

kg*m**2

fixedse.post_monopile_tower.section_Iyy

kg*m**2

fixedse.post_monopile_tower.section_J0

kg*m**2

fixedse.post_monopile_tower.section_rho

kg/m**3

fixedse.post_monopile_tower.section_E

Pa

fixedse.post_monopile_tower.section_G

Pa

fixedse.post_monopile_tower.section_L

m

fixedse.post_monopile_tower.cylinder_Fz

N

fixedse.post_monopile_tower.cylinder_Vx

N

fixedse.post_monopile_tower.cylinder_Vy

N

fixedse.post_monopile_tower.cylinder_Mxx

N*m

fixedse.post_monopile_tower.cylinder_Myy

N*m

fixedse.post_monopile_tower.cylinder_Mzz

N*m

fixedse.post_monopile_tower.qdyn

Pa

tcc.main_bearing_mass

kg

tcc.bearing_mass_cost_coeff

USD/kg

tcc.bedplate_mass

kg

tcc.bedplate_mass_cost_coeff

USD/kg

tcc.blade_mass

kg

tcc.blade_mass_cost_coeff

USD/kg

tcc.blade_cost_external

USD

tcc.brake_mass

kg

tcc.brake_mass_cost_coeff

USD/kg

tcc.machine_rating

kW

tcc.controls_machine_rating_cost_coeff

USD/kW

tcc.converter_mass

kg

tcc.converter_mass_cost_coeff

USD/kg

tcc.cover_mass

kg

tcc.cover_mass_cost_coeff

USD/kg

tcc.elec_connec_machine_rating_cost_coeff

USD/kW

tcc.gearbox_mass

kg

tcc.gearbox_torque_density

N*m/kg

In 2024, modern 5-7MW gearboxes are able to reach 200 Nm/kg

tcc.gearbox_torque_cost

USD/kN/m

In 2024, modern 5-7MW gearboxes cost approx $50/kNm

tcc.generator_mass

kg

tcc.generator_mass_cost_coeff

USD/kg

tcc.generator_cost_external

USD

tcc.hss_mass

kg

tcc.hss_mass_cost_coeff

USD/kg

tcc.hub_cost

USD

tcc.hub_mass

kg

tcc.pitch_system_cost

USD

tcc.pitch_system_mass

kg

tcc.spinner_cost

USD

tcc.spinner_mass

kg

tcc.hub_assemblyCostMultiplier

tcc.hub_overheadCostMultiplier

tcc.hub_profitMultiplier

tcc.hub_transportMultiplier

tcc.hub_mass_cost_coeff

USD/kg

tcc.hvac_mass

kg

tcc.hvac_mass_cost_coeff

USD/kg

tcc.lss_mass

kg

tcc.lss_mass_cost_coeff

USD/kg

tcc.lss_cost

USD

tcc.main_bearing_cost

USD

tcc.gearbox_cost

USD

tcc.hss_cost

USD

tcc.brake_cost

USD

tcc.generator_cost

USD

tcc.bedplate_cost

USD

tcc.yaw_system_cost

USD

tcc.yaw_mass

kg

tcc.converter_cost

USD

tcc.hvac_cost

USD

tcc.cover_cost

USD

tcc.elec_cost

USD

tcc.controls_cost

USD

tcc.platforms_mass

kg

tcc.platforms_cost

USD

tcc.transformer_cost

USD

tcc.transformer_mass

kg

tcc.nacelle_assemblyCostMultiplier

tcc.nacelle_overheadCostMultiplier

tcc.nacelle_profitMultiplier

tcc.nacelle_transportMultiplier

tcc.main_bearing_number

n/a

tcc.blade_cost

USD

tcc.rotor_cost

USD

tcc.rotor_mass_tcc

kg

tcc.nacelle_cost

USD

tcc.nacelle_mass_tcc

kg

tcc.tower_cost

USD

tcc.tower_mass

kg

tcc.turbine_cost

USD

tcc.turbine_cost_kW

USD/kW

tcc.turbine_mass_tcc

kg

tcc.pitch_system_mass_cost_coeff

USD/kg

tcc.platforms_mass_cost_coeff

USD/kg

tcc.crane_cost

USD

tcc.crane

n/a

tcc.hub_system_cost

USD

tcc.hub_system_mass_tcc

kg

tcc.blade_number

n/a

tcc.spinner_mass_cost_coeff

USD/kg

tcc.tower_parts_cost

USD

tcc.tower_assemblyCostMultiplier

tcc.tower_overheadCostMultiplier

tcc.tower_profitMultiplier

tcc.tower_transportMultiplier

tcc.tower_mass_cost_coeff

USD/kg

tcc.tower_cost_external

USD

tcc.transformer_mass_cost_coeff

USD/kg

tcc.turbine_assemblyCostMultiplier

tcc.turbine_overheadCostMultiplier

tcc.turbine_profitMultiplier

tcc.turbine_transportMultiplier

tcc.yaw_mass_cost_coeff

USD/kg

tcons.rated_Omega

rpm

rotor rotation speed at rated

tcons.tower_freq

Hz

tcons.blade_number

n/a

tcons.tip_deflection

m

tcons.Rtip

m

tcons.ref_axis_blade

m

tcons.precone

deg

tcons.tilt

deg

tcons.overhang

m

tcons.ref_axis_tower

m

tcons.outer_diameter_full

m

tcons.max_allowable_td_ratio

tcons.rotor_orientation

n/a

towerse.env.distLoads.windLoads_Px

N/m

towerse.env.distLoads.windLoads_Py

N/m

towerse.env.distLoads.windLoads_Pz

N/m

towerse.env.distLoads.windLoads_qdyn

N/m**2

towerse.env.distLoads.windLoads_z

m

towerse.env.distLoads.windLoads_beta

deg

towerse.env.distLoads.waveLoads_Px

N/m

towerse.env.distLoads.waveLoads_Py

N/m

towerse.env.distLoads.waveLoads_Pz

N/m

towerse.env.distLoads.waveLoads_qdyn

N/m**2

towerse.env.distLoads.waveLoads_z

m

towerse.env.distLoads.waveLoads_beta

deg

towerse.z_global

m

towerse.yaw

deg

towerse.env.Uref

m/s

towerse.wind_reference_height

m

towerse.z0

m

towerse.shearExp

towerse.env.windLoads.U

m/s

towerse.outer_diameter_full

m

towerse.beta_wind

deg

towerse.rho_air

kg/m**3

towerse.mu_air

kg/m/s

towerse.cd_usr

towerse.joint1

m

towerse.joint2

m

towerse.s_full

m

towerse.s_all

towerse.g2e.Px_global

N/m

towerse.g2e.Py_global

N/m

towerse.g2e.Pz_global

N/m

towerse.g2e.qdyn_global

Pa

towerse.lc:Px

N/m

towerse.lc:Py

N/m

towerse.lc:Pz

N/m

towerse.lc:qdyn

Pa

towerse.z_full

m

towerse.t_full

m

towerse.tower_height

m

towerse.E_full

Pa

towerse.G_full

Pa

towerse.rho_full

kg/m**3

towerse.sigma_y_full

Pa

towerse.section_A

m**2

towerse.section_Asx

m**2

towerse.section_Asy

m**2

towerse.section_Ixx

kg*m**2

towerse.section_Iyy

kg*m**2

towerse.section_J0

kg*m**2

towerse.section_rho

kg/m**3

towerse.section_E

Pa

towerse.section_G

Pa

towerse.section_L

m

towerse.post.cylinder_Fz

N

towerse.post.cylinder_Vx

N

towerse.post.cylinder_Vy

N

towerse.post.cylinder_Mxx

N*m

towerse.post.cylinder_Myy

N*m

towerse.post.cylinder_Mzz

N*m

towerse.qdyn

Pa

towerse.nodes_xyz

m

towerse.lumped_mass

kg

towerse.rna_mass

kg

towerse.rna_I

kg*m**2

towerse.rna_cg

m

towerse.tower.rna_F

N

towerse.tower.rna_M

N*m

towerse.Px

N/m

towerse.Py

N/m

towerse.Pz

N/m

towerse.tower_mass

kg

towerse.tower_center_of_mass

m

towerse.tower_I_base

kg*m**2

fixedse.member.gc.d

m

fixedse.member.gc.t

m

fixedse.member.s

fixedse.member.height

m

fixedse.monopile_outer_diameter

m

fixedse.member.ca_usr_grid

fixedse.member.cd_usr_grid

fixedse.monopile_wall_thickness

m

fixedse.member.E

Pa

fixedse.member.G

Pa

fixedse.member.sigma_y

Pa

fixedse.member.rho

kg/m**3

fixedse.member.unit_cost

USD/kg

fixedse.member.outfitting_factor

fixedse.member.s_ghost1

fixedse.member.s_ghost2

fixedse.monopile_s

fixedse.s_const1

fixedse.s_const2

fixedse.monopile_layer_thickness

m

fixedse.monopile_outer_diameter_in

m

fixedse.E_mat

Pa

fixedse.E_user

Pa

fixedse.G_mat

Pa

fixedse.sigma_y_mat

Pa

fixedse.sigma_ult_mat

Pa

fixedse.wohler_exp_mat

fixedse.wohler_A_mat

fixedse.rho_mat

kg/m**3

fixedse.unit_cost_mat

USD/kg

fixedse.outfitting_factor_in

fixedse.monopile_layer_materials

n/a

fixedse.member.ballast_materials

n/a

fixedse.material_names

n/a

fixedse.outfitting_full

fixedse.member.unit_cost_full

USD/kg

fixedse.labor_cost_rate

USD/min

fixedse.painting_cost_rate

USD/m**2

fixedse.monopile_mass_user

kg

fixedse.mono.cylinder_mass

kg

fixedse.mono.cylinder_cost

USD

fixedse.mono.cylinder_z_cg

m

fixedse.mono.cylinder_I_base

kg*m**2

fixedse.transition_piece_cost

USD

fixedse.tower_mass

kg

fixedse.tower_cost

USD

fixedse.monopile_height

m

fixedse.tower_foundation_height

m

fixedse.monopile_foundation_height

m

fixedse.tower_base_diameter

m

fixedse.monopile_top_diameter

m

fixedse.soil.d0

m

fixedse.G_soil

Pa

fixedse.nu_soil

fixedse.soil.k_usr

N/m

rotorse.ccblade.Uhub

m/s

Undisturbed wind speed

rotorse.tsr

Tip speed ratio

rotorse.pitch

deg

Pitch angle

rotorse.r

m

radial locations where blade is defined (should be increasing and not go all the way to hub or tip)

rotorse.ccblade.s_opt_chord

1D array of the non-dimensional spanwise grid defined along blade axis to optimize the blade chord

rotorse.ccblade.s_opt_theta

1D array of the non-dimensional spanwise grid defined along blade axis to optimize the blade twist

rotorse.chord

m

chord length at each section

rotorse.ccblade.theta_in

rad

twist angle at each section (positive decreases angle of attack)

rotorse.ccblade.aoa_op

rad

1D array with the operational angles of attack for the airfoils along blade span.

rotorse.airfoils_aoa

deg

angle of attack grid for polars

rotorse.airfoils_cl

lift coefficients, spanwise

rotorse.airfoils_cd

drag coefficients, spanwise

rotorse.airfoils_cm

moment coefficients, spanwise

rotorse.airfoils_Re

Reynolds numbers of polars

rotorse.Rhub

m

hub radius

rotorse.Rtip

m

Distance between rotor center and blade tip along z axis of blade root c.s.

rotorse.ccblade.rthick

1D array of the relative thicknesses of the blade defined along span.

rotorse.precurve

m

precurve at each section

rotorse.precurveTip

m

precurve at tip

rotorse.presweep

m

presweep at each section

rotorse.presweepTip

m

presweep at tip

rotorse.hub_height

m

hub height

rotorse.precone

deg

precone angle

rotorse.tilt

deg

shaft tilt

rotorse.yaw

deg

yaw error

rotorse.rho_air

kg/m**3

density of air

rotorse.mu_air

kg/m/s

dynamic viscosity of air

rotorse.shearExp

shear exponent

rotorse.nBlades

n/a

number of blades

rotorse.nSector

n/a

number of sectors to divide rotor face into in computing thrust and power

rotorse.tiploss

n/a

include Prandtl tip loss model

rotorse.hubloss

n/a

include Prandtl hub loss model

rotorse.wakerotation

n/a

include effect of wake rotation (i.e., tangential induction factor is nonzero)

rotorse.usecd

n/a

use drag coefficient in computing induction factors

rotorse.rc.blade_length

m

blade length

rotorse.rc.s

blade nondimensional span location

rotorse.rc.chord

m

Chord distribution

rotorse.rc.coord_xy_interp

3D array of the non-dimensional x and y airfoil coordinates of the airfoils interpolated along span for n_span stations.

rotorse.rc.web_start_nd

2D array of the non-dimensional start point defined along the outer profile of a web. The TE suction side is 0, the TE pressure side is 1. The first dimension represents each web, the second dimension represents each entry along blade span.

rotorse.rc.web_end_nd

2D array of the non-dimensional end point defined along the outer profile of a web. The TE suction side is 0, the TE pressure side is 1. The first dimension represents each web, the second dimension represents each entry along blade span.

rotorse.rc.layer_thickness

m

2D array of the thickness of the layers of the blade structure. The first dimension represents each layer, the second dimension represents each entry along blade span.

rotorse.rc.layer_start_nd

2D array of the non-dimensional start point defined along the outer profile of a layer. The TE suction side is 0, the TE pressure side is 1. The first dimension represents each layer, the second dimension represents each entry along blade span.

rotorse.rc.layer_end_nd

2D array of the non-dimensional end point defined along the outer profile of a layer. The TE suction side is 0, the TE pressure side is 1. The first dimension represents each layer, the second dimension represents each entry along blade span.

rotorse.rc.rho

kg/m**3

1D array of the density of the materials. For composites, this is the density of the laminate.

rotorse.rc.unit_cost

USD/kg

1D array of the unit costs of the materials.

rotorse.rc.waste

1D array of the non-dimensional waste fraction of the materials.

rotorse.rc.rho_fiber

kg/m**3

1D array of the density of the fibers of the materials.

rotorse.rc.ply_t

m

1D array of the ply thicknesses of the materials. Non-composite materials are kept at 0.

rotorse.rc.fwf

1D array of the non-dimensional fiber weight fraction of the composite materials. Non-composite materials are kept at 0.

rotorse.rc.fvf

1D array of the non-dimensional fiber volume fraction of the composite materials. Non-composite materials are kept at 0.

rotorse.rc.roll_mass

kg

1D array of the roll mass of the composite fabrics. Non-composite materials are kept at 0.

rotorse.rc.flange_adhesive_squeezed

Extra width of the adhesive once squeezed

rotorse.rc.flange_thick

m

Average thickness of adhesive

rotorse.rc.flange_width

m

Average width of adhesive lines

rotorse.rc.t_bolt_unit_cost

USD

Cost of one t-bolt

rotorse.rc.t_bolt_unit_mass

kg

Mass of one t-bolt

rotorse.rc.t_bolt_spacing

m

Spacing of t-bolts along blade root circumference

rotorse.rc.barrel_nut_unit_cost

USD

Cost of one barrel nut

rotorse.rc.barrel_nut_unit_mass

kg

Mass of one barrel nut

rotorse.rc.LPS_unit_mass

kg/m

Unit mass of the lightining protection system. Linear scaling based on the weight of 150 lbs for the 61.5 m NREL 5MW blade

rotorse.rc.LPS_unit_cost

USD/m

Unit cost of the lightining protection system. Linear scaling based on the cost of 2500$ for the 61.5 m NREL 5MW blade

rotorse.rc.root_preform_length

Percentage of blade length starting from blade root that is preformed and later inserted into the mold

rotorse.rc.build_layer

n/a

1D array of boolean values indicating how to build a layer.

rotorse.rc.mat_name

n/a

1D array of names of materials.

rotorse.rc.orth

n/a

1D array of flags to set whether a material is isotropic (0) or orthtropic (1). Each entry represents a material.

rotorse.EA

N

Axial stiffness at the elastic center, using the convention of WISDEM solver PreComp.

rotorse.EIxx

N*m**2

Section lag (edgewise) bending stiffness about the XE axis, using the convention of WISDEM solver PreComp.

rotorse.EIyy

N*m**2

Section flap bending stiffness about the YE axis, using the convention of WISDEM solver PreComp.

rotorse.EIxy

N*m**2

Coupled flap-lag stiffness with respect to the XE-YE frame, using the convention of WISDEM solver PreComp.

rotorse.re.EA_EIxx

N*m

Coupled axial-lag stiffness with respect to the XE-YE frame, using the convention of WISDEM solver PreComp.

rotorse.re.EA_EIyy

N*m

Coupled axial-flap stiffness with respect to the XE-YE frame, using the convention of WISDEM solver PreComp.

rotorse.re.EIxx_GJ

N*m**2

Coupled lag-torsion stiffness with respect to the XE-YE frame, using the convention of WISDEM solver PreComp.

rotorse.re.EIyy_GJ

N*m**2

Coupled flap-torsion stiffness with respect to the XE-YE frame, using the convention of WISDEM solver PreComp.

rotorse.re.EA_GJ

N*m

Coupled axial-torsion stiffness with respect to the XE-YE frame, using the convention of WISDEM solver PreComp.

rotorse.GJ

N*m**2

Section torsion stiffness at the elastic center, using the convention of WISDEM solver PreComp.

rotorse.rhoA

kg/m

Section mass per unit length, using the convention of WISDEM solver PreComp.

rotorse.rhoJ

kg*m

polar mass moment of inertia per unit length, using the convention of WISDEM solver PreComp.

rotorse.re.Tw_iner

deg

Orientation of the section principal inertia axes with respect the blade reference plane, using the convention of WISDEM solver PreComp.

rotorse.re.x_tc

m

X-coordinate of the tension-center offset with respect to the XR-YR axes, using the convention of WISDEM solver PreComp.

rotorse.re.y_tc

m

Chordwise offset of the section tension-center with respect to the XR-YR axes, using the convention of WISDEM solver PreComp.

rotorse.re.x_cg

m

X-coordinate of the center-of-mass offset with respect to the XR-YR axes, using the convention of WISDEM solver PreComp.

rotorse.re.y_cg

m

Chordwise offset of the section center of mass with respect to the XR-YR axes, using the convention of WISDEM solver PreComp.

rotorse.re.flap_iner

kg/m

Section flap inertia about the Y_G axis per unit length, using the convention of WISDEM solver PreComp.

rotorse.re.edge_iner

kg/m

Section lag inertia about the X_G axis per unit length, using the convention of WISDEM solver PreComp.

rotorse.re.generate_KI.theta

deg

Aerodynamic twist angle at each section (positive decreases angle of attack)

rotorse.theta

deg

Twist angle at each section (positive decreases angle of attack)

rotorse.re.section_offset_y

m

1D array of the airfoil position relative to the reference axis, specifying the distance in meters along the chordline from the reference axis to the leading edge. 0 means that the airfoil is pinned at the leading edge, a positive offset means that the leading edge is upstream of the reference axis in local chordline coordinates, and a negative offset that the leading edge aft of the reference axis.

rotorse.re.coord_xy_interp

3D array of the non-dimensional x and y airfoil coordinates of the airfoils interpolated along span for n_span stations.

rotorse.re.precomp.uptilt

deg

Nacelle uptilt angle. A standard machine has positive values.

rotorse.re.precomp.web_start_nd

2D array of the non-dimensional start point defined along the outer profile of a web. The TE suction side is 0, the TE pressure side is 1. The first dimension represents each entry along blade span, the second dimension represents each web.

rotorse.re.precomp.web_end_nd

2D array of the non-dimensional end point defined along the outer profile of a web. The TE suction side is 0, the TE pressure side is 1. The first dimension represents each entry along blade span, the second dimension represents each web.

rotorse.re.precomp.layer_thickness

m

2D array of the thickness of the layers of the blade structure. The first dimension represents each entry along blade span, the second dimension represents each layer.

rotorse.re.precomp.layer_start_nd

2D array of the start_nd_arc of the anchors. The first dimension represents each entry along blade span, the second dimension represents each layer.

rotorse.re.precomp.layer_end_nd

2D array of the end_nd_arc of the anchors. The first dimension represents each entry along blade span, the second dimension represents each layer.

rotorse.re.precomp.fiber_orientation

deg

2D array of the orientation of the layers of the blade structure. The first dimension represents each entry along blade span, the second dimension represents each layer.

rotorse.re.precomp.E

Pa

2D array of the Youngs moduli of the materials. Each row represents a material, the three columns represent E11, E22 and E33.

rotorse.re.precomp.G

Pa

2D array of the shear moduli of the materials. Each row represents a material, the three columns represent G12, G13 and G23.

rotorse.re.precomp.nu

2D array of the Poisson ratio of the materials. Each row represents a material, the three columns represent nu12, nu13 and nu23.

rotorse.re.precomp.rho

kg/m**3

1D array of the density of the materials. For composites, this is the density of the laminate.

rotorse.re.precomp.joint_position

Spanwise position of the segmentation joint.

rotorse.re.precomp.joint_mass

kg

Mass of the joint.

rotorse.re.n_blades

n/a

Number of blades of the rotor.

rotorse.re.precomp.build_layer

n/a

1D array of boolean values indicating how to build a layer.

rotorse.re.precomp.mat_name

n/a

1D array of names of materials.

rotorse.re.precomp.orth

n/a

1D array of flags to set whether a material is isotropic (0) or orthtropic (1). Each entry represents a material.

rotorse.total_bc.joint_cost

USD

Total blade joint cost

rotorse.total_bc.inner_blade_cost

USD

Total cost (variable and fixed) for the blade inner portion.

rotorse.total_bc.outer_blade_cost

USD

Total cost (variable and fixed) for the blade outer portion.

rotorse.wt_class.V_mean_overwrite

rotorse.wt_class.V_extreme50_overwrite

rotorse.wt_class.turbine_class

n/a

towerse.distribute_lumped_mass.mass_den

kg/m

towerse.distribute_lumped_mass.section_height

m

towerse.lumped_mass_in

kg

towerse.member.gc.d

m

towerse.member.gc.t

m

towerse.member.s

towerse.member.height

m

towerse.tower_outer_diameter

m

towerse.member.ca_usr_grid

towerse.member.cd_usr_grid

towerse.tower_wall_thickness

m

towerse.member.E

Pa

towerse.member.G

Pa

towerse.member.sigma_y

Pa

towerse.member.rho

kg/m**3

towerse.member.unit_cost

USD/kg

towerse.member.outfitting_factor

towerse.rho_water

kg/m**3

towerse.member.s_ghost1

towerse.member.s_ghost2

towerse.tower_s

towerse.member.s_const1

towerse.member.s_const2

towerse.tower_layer_thickness

m

towerse.tower_outer_diameter_in

m

towerse.E_mat

Pa

towerse.E_user

Pa

towerse.G_mat

Pa

towerse.sigma_y_mat

Pa

towerse.sigma_ult_mat

Pa

towerse.wohler_exp_mat

towerse.wohler_A_mat

towerse.rho_mat

kg/m**3

towerse.unit_cost_mat

USD/kg

towerse.outfitting_factor_in

towerse.tower_layer_materials

n/a

towerse.member.ballast_materials

n/a

towerse.material_names

n/a

towerse.outfitting_full

towerse.member.unit_cost_full

USD/kg

towerse.labor_cost_rate

USD/min

towerse.painting_cost_rate

USD/m**2

towerse.tower_mass_user

kg

towerse.hub_height

m

towerse.foundation_height

m

af_3d.aoa

deg

1D array of the angles of attack used to define the polars of the airfoils. All airfoils defined in openmdao share this grid.

af_3d.Re

1D array of the Reynolds numbers used to define the polars of the airfoils. All airfoils defined in openmdao share this grid.

af_3d.cl

4D array with the lift coefficients of the airfoils. Dimension 0 is along the blade span for n_span stations, dimension 1 is along the angles of attack, dimension 2 is along the Reynolds number.

af_3d.cd

4D array with the drag coefficients of the airfoils. Dimension 0 is along the blade span for n_span stations, dimension 1 is along the angles of attack, dimension 2 is along the Reynolds number.

af_3d.cm

4D array with the moment coefficients of the airfoils. Dimension 0 is along the blade span for n_span stations, dimension 1 is along the angles of attack, dimension 2 is along the Reynolds number.

af_3d.rated_TSR

Constant tip speed ratio in region II.

af_3d.r_blade

m

1D array of the dimensional spanwise grid defined along the rotor (hub radius to blade tip projected on the plane)

af_3d.rotor_diameter

m

Diameter of the wind turbine rotor specified by the user, defined as 2 x (Rhub + blade length along z) * cos(precone).

af_3d.rthick

1D array of the relative thicknesses of the blade defined along span.

af_3d.chord

m

1D array of the chord values defined along blade span.

blade.compute_coord_xy_dim.chord

m

1D array of the chord values defined along blade span.

blade.compute_coord_xy_dim.section_offset_y

m

1D array of the airfoil position relative to the reference axis, specifying the distance in meters along the chordline from the reference axis to the leading edge. 0 means that the airfoil is pinned at the leading edge, a positive offset means that the leading edge is upstream of the reference axis in local chordline coordinates, and a negative offset that the leading edge aft of the reference axis.

blade.compute_coord_xy_dim.twist

deg

1D array of the twist values defined along blade span. The twist is defined positive for negative rotations around the z axis (the same as in BeamDyn).

blade.compute_coord_xy_dim.coord_xy_interp

3D array of the non-dimensional x and y airfoil coordinates of the airfoils interpolated along span for n_span stations. The leading edge is place at x=0 and y=0.

blade.compute_coord_xy_dim.ref_axis

m

2D array of the coordinates (x,y,z) of the blade reference axis, defined along blade span. The coordinate system is the one of BeamDyn: it is placed at blade root with x pointing the suction side of the blade, y pointing the trailing edge and z along the blade span. A standard configuration will have negative x values (prebend), if swept positive y values, and positive z values.

blade.compute_reynolds.rho

kg/m**3

blade.compute_reynolds.mu

kg/m/s

Dynamic viscosity of air

blade.compute_reynolds.chord

m

blade.compute_reynolds.r_blade

m

1D array of the dimensional spanwise grid defined along the rotor (hub radius to blade tip projected on the plane)

blade.compute_reynolds.rotor_diameter

m

Diameter of the wind turbine rotor specified by the user, defined as 2 x (Rhub + blade length along z) * cos(precone).

blade.compute_reynolds.maxOmega

rad/s

Maximum allowed rotor speed.

blade.compute_reynolds.max_TS

m/s

Maximum allowed blade tip speed.

blade.compute_reynolds.V_out

m/s

Cut out wind speed. This is the wind speed where region III ends.

blade.high_level_blade_props.blade_ref_axis_user

m

2D array of the coordinates (x,y,z) of the blade reference axis, defined along blade span. The coordinate system is the one of BeamDyn: it is placed at blade root with x pointing the suction side of the blade, y pointing the trailing edge and z along the blade span. A standard configuration will have negative x values (prebend), if swept positive y values, and positive z values.

blade.high_level_blade_props.rotor_diameter_user

m

Diameter of the rotor specified by the user, defined as 2 x (Rhub + blade length along z) * cos(precone).

blade.high_level_blade_props.hub_radius

m

Radius of the hub. It defines the distance of the blade root from the rotor center along the coned line.

blade.high_level_blade_props.cone

deg

Cone angle of the rotor. It defines the angle between the rotor plane and the blade pitch axis. A standard machine has positive values.

blade.high_level_blade_props.chord

m

1D array of the chord values defined along blade span.

blade.high_level_blade_props.n_blades

n/a

Number of blades of the rotor.

blade.interp_airfoils.af_position

1D array of the non dimensional positions of the airfoils af_master defined along blade span.

blade.interp_airfoils.s

1D array of the non-dimensional spanwise grid defined along blade axis (0-blade root, 1-blade tip)

blade.interp_airfoils.section_offset_y

m

1D array of the airfoil position relative to the reference axis, specifying the distance in meters along the chordline from the reference axis to the leading edge. 0 means that the airfoil is pinned at the leading edge, a positive offset means that the leading edge is upstream of the reference axis in local chordline coordinates, and a negative offset that the leading edge aft of the reference axis..

blade.interp_airfoils.chord

m

1D array of the chord values defined along blade span.

blade.interp_airfoils.ac

1D array of the aerodynamic centers of each airfoil.

blade.interp_airfoils.rthick_master

1D array of the relative thicknesses of each airfoil.

blade.interp_airfoils.aoa

deg

1D array of the angles of attack used to define the polars of the airfoils. All airfoils defined in openmdao share this grid.

blade.interp_airfoils.cl

4D array with the lift coefficients of the airfoils. Dimension 0 is along the different airfoils defined in the yaml, dimension 1 is along the angles of attack, dimension 2 is along the Reynolds number.

blade.interp_airfoils.cd

4D array with the drag coefficients of the airfoils. Dimension 0 is along the different airfoils defined in the yaml, dimension 1 is along the angles of attack, dimension 2 is along the Reynolds number.

blade.interp_airfoils.cm

4D array with the moment coefficients of the airfoils. Dimension 0 is along the different airfoils defined in the yaml, dimension 1 is along the angles of attack, dimension 2 is along the Reynolds number.

blade.interp_airfoils.coord_xy

3D array of the x and y airfoil coordinates of the n_af_master airfoils used along span.

blade.interp_airfoils.rthick_yaml

1D array of the relative thicknesses of the blade defined along span.

blade.pa.s

1D array of the non-dimensional spanwise grid defined along blade axis (0-blade root, 1-blade tip)

blade.pa.s_opt_twist

1D array of the non-dimensional spanwise grid defined along blade axis to optimize the blade twist angle

blade.pa.twist_opt

rad

1D array of the twist angle being optimized at the n_opt locations.

blade.pa.s_opt_chord

1D array of the non-dimensional spanwise grid defined along blade axis to optimize the blade chord

blade.pa.chord_opt

m

1D array of the chord being optimized at the n_opt locations.

blade.ps.s

1D array of the non-dimensional spanwise grid defined along blade axis (0-blade root, 1-blade tip)

blade.ps.layer_thickness_original

m

2D array of the thickness of the layers of the blade structure. The first dimension represents each layer, the second dimension represents each entry along blade span.

blade.ps.s_opt_layer_0

blade.ps.layer_0_opt

m

blade.ps.s_opt_layer_1

blade.ps.layer_1_opt

m

blade.ps.s_opt_layer_2

blade.ps.layer_2_opt

m

blade.ps.s_opt_layer_3

blade.ps.layer_3_opt

m

blade.ps.s_opt_layer_4

blade.ps.layer_4_opt

m

blade.ps.s_opt_layer_5

blade.ps.layer_5_opt

m

blade.ps.s_opt_layer_6

blade.ps.layer_6_opt

m

blade.ps.s_opt_layer_7

blade.ps.layer_7_opt

m

blade.ps.s_opt_layer_8

blade.ps.layer_8_opt

m

blade.ps.s_opt_layer_9

blade.ps.layer_9_opt

m

blade.ps.s_opt_layer_10

blade.ps.layer_10_opt

m

blade.ps.s_opt_layer_11

blade.ps.layer_11_opt

m

blade.ps.s_opt_layer_12

blade.ps.layer_12_opt

m

blade.ps.s_opt_layer_13

blade.ps.layer_13_opt

m

blade.ps.s_opt_layer_14

blade.ps.layer_14_opt

m

blade.ps.s_opt_layer_15

blade.ps.layer_15_opt

m

blade.ps.s_opt_layer_16

blade.ps.layer_16_opt

m

blade.ps.s_opt_layer_17

blade.ps.layer_17_opt

m

blade.structure.web_start_nd_yaml

2D array of the non-dimensional start point defined along the outer profile of a web. The TE suction side is 0, the TE pressure side is 1. The first dimension represents each web, the second dimension represents each entry along blade span.

blade.structure.web_end_nd_yaml

2D array of the non-dimensional end point defined along the outer profile of a web. The TE suction side is 0, the TE pressure side is 1. The first dimension represents each web, the second dimension represents each entry along blade span.

blade.structure.web_offset

m

2D array of the dimensional offset of a web with respect to the reference axis. The first dimension represents each web, the second dimension represents each entry along blade span.

blade.structure.web_rotation

deg

1D array of the dimensional rotation of a web with respect to the reference axis. The dimension represents each web.

blade.structure.layer_start_nd_yaml

2D array of the start_nd_arc of the layers. The first dimension represents each layer, the second dimension represents span.

blade.structure.layer_end_nd_yaml

2D array of the end_nd_arc of the layers. The first dimension represents each layer, the second dimension represents span.

blade.structure.layer_width

m

2D array of the width of the layers. The first dimension represents each layer, the second dimension represents span.

blade.structure.layer_offset

m

2D array of the dimensional offset of a layer with respect to the reference axis. The first dimension represents each layer, the second dimension represents each entry along blade span.

blade.structure.layer_rotation

deg

1D array of the dimensional rotation of a layer with respect to the reference axis. The dimension represents each layer.

blade.structure.coord_xy_dim

m

3D array of the dimensional x and y airfoil coordinates of the airfoils interpolated along span for n_span stations. The origin is placed at the pitch axis.

blade.structure.build_web

n/a

1D array of boolean values indicating whether to build a web from offset and rotation.

blade.structure.build_layer

n/a

1D array of boolean values indicating how to build a layer. 0 - start and end are set constant, 1 - from offset and rotation suction side, 2 - from offset and rotation pressure side, 3 - LE and width, 4 - TE SS width, 5 - TE PS width, 6 - locked to another layer. Negative values place the layer on webs (-1 first web, -2 second web, etc.).

blade.structure.index_layer_start

n/a

Index used to fix a layer to another

blade.structure.index_layer_end

n/a

Index used to fix a layer to another

high_level_tower_props.tower_ref_axis_user

m

2D array of the coordinates (x,y,z) of the tower reference axis. The coordinate system is the global coordinate system of OpenFAST: it is placed at tower base with x pointing downwind, y pointing on the side and z pointing vertically upwards. A standard tower configuration will have zero x and y values and positive z values.

high_level_tower_props.distance_tt_hub

m

Vertical distance from tower top to hub center.

high_level_tower_props.hub_height_user

m

Height of the hub specified by the user.

high_level_tower_props.rotor_diameter

m

Scalar of the rotor diameter, defined as 2 x (Rhub + blade length along z) * cos(precone).

hub.diameter

m

materials.rho_fiber

kg/m**3

1D array of the density of the fibers of the materials.

materials.rho

kg/m**3

1D array of the density of the materials. For composites, this is the density of the laminate.

materials.rho_area_dry

kg/m**2

1D array of the dry aerial density of the composite fabrics. Non-composite materials are kept at 0.

materials.ply_t_from_yaml

m

1D array of the ply thicknesses of the materials. Non-composite materials are kept at 0.

materials.fvf_from_yaml

1D array of the non-dimensional fiber volume fraction of the composite materials. Non-composite materials are kept at 0.

materials.fwf_from_yaml

1D array of the non-dimensional fiber weight- fraction of the composite materials. Non-composite materials are kept at 0.

materials.name

n/a

1D array of names of materials.

materials.orth

n/a

1D array of flags to set whether a material is isotropic (0) or orthtropic (1). Each entry represents a material.

monopile.ref_axis

m

2D array of the coordinates (x,y,z) of the tower reference axis. The coordinate system is the global coordinate system of OpenFAST: it is placed at tower base with x pointing downwind, y pointing on the side and z pointing vertically upwards. A standard tower configuration will have zero x and y values and positive z values.

tower_grid.ref_axis

m

2D array of the coordinates (x,y,z) of the tower reference axis. The coordinate system is the global coordinate system of OpenFAST: it is placed at tower base with x pointing downwind, y pointing on the side and z pointing vertically upwards. A standard tower configuration will have zero x and y values and positive z values.

drivese.bear1.D_bearing

m

drivese.bear1.D_shaft

m

drivese.bear1.mb_mass_user

kg

drivese.bear1.bearing_type

n/a

drivese.bear2.D_bearing

m

drivese.bear2.D_shaft

m

drivese.bear2.mb_mass_user

kg

drivese.bear2.bearing_type

n/a

drivese.rotor_diameter

m

drivese.rated_torque

N*m

drivese.brake_mass_user

kg

drivese.s_rotor

m

drivese.s_gearbox

m

drivese.lss_spring_constant

N*m/rad

drivese.hss_spring_constant

N*m/rad

drivese.gear_ratio

drivese.damping_ratio

drivese.blades_I

kg*m**2

drivese.hub_system_I

kg*m**2

drivese.drivetrain_spring_constant_user

N*m/rad

drivese.drivetrain_damping_coefficient_user

N*m*s/rad

drivese.machine_rating

kW

drivese.D_top

m

drivese.converter_mass_user

kg

drivese.transformer_mass_user

kg

drivese.gearbox_mass_user

kg

drivese.gearbox_radius_user

m

drivese.gearbox_length_user

m

drivese.gear_configuration

n/a

drivese.planet_numbers

n/a

drivese.generator.u_allow_s

m

drivese.generator.u_as

m

drivese.generator.z_allow_s

m

drivese.generator.z_as

m

drivese.generator.y_allow_s

m

drivese.generator.y_as

m

drivese.generator.b_allow_s

m

drivese.generator.b_st

m

drivese.generator.u_allow_r

m

drivese.generator.u_ar

m

drivese.generator.y_allow_r

m

drivese.generator.y_ar

m

drivese.generator.z_allow_r

m

drivese.generator.z_ar

m

drivese.generator.b_allow_r

m

drivese.generator.b_arm

m

drivese.generator.TC1

m**3

drivese.generator.TC2r

m**3

drivese.generator.TC2s

m**3

drivese.generator.B_g

T

drivese.generator.B_smax

T

drivese.generator.K_rad

drivese.generator.K_rad_LL

drivese.generator.K_rad_UL

drivese.generator.D_ratio

drivese.generator.D_ratio_LL

drivese.generator.D_ratio_UL

drivese.generator.shaft_rpm

rpm

drivese.generator.eandm_efficiency

drivese.generator.C_Cu

USD/kg

drivese.generator.C_Fe

USD/kg

drivese.generator.C_Fes

USD/kg

drivese.generator.C_PM

USD/kg

drivese.generator.Copper

kg

drivese.generator.Iron

kg

drivese.generator.mass_PM

kg

drivese.generator.Structural_mass

kg

drivese.generator.B_r

T

drivese.generator.E

Pa

drivese.generator.G

Pa

drivese.generator.P_Fe0e

W/kg

drivese.generator.P_Fe0h

W/kg

drivese.generator.S_N

drivese.generator.alpha_p

drivese.generator.b_r_tau_r

drivese.generator.b_ro

m

drivese.generator.b_s_tau_s

drivese.generator.b_so

m

drivese.generator.cofi

drivese.generator.freq

Hz

drivese.generator.h_i

m

drivese.generator.h_sy0

drivese.generator.h_w

m

drivese.generator.k_fes

drivese.generator.k_fillr

drivese.generator.k_fills

drivese.generator.k_s

drivese.generator.mu_0

m*kg/s**2/A**2

drivese.generator.mu_r

m*kg/s**2/A**2

drivese.generator.p

drivese.generator.phi

rad

drivese.generator.ratio_mw2pp

drivese.generator.resist_Cu

ohm/m

drivese.generator.sigma

Pa

drivese.generator.v

drivese.generator.y_tau_p

drivese.generator.y_tau_pr

drivese.generator.I_0

A

drivese.generator.d_r

m

drivese.generator.h_m

m

drivese.generator.h_0

m

drivese.generator.h_s

m

drivese.generator.len_s

m

drivese.generator.n_r

drivese.generator.rad_ag

m

drivese.generator.t_wr

m

drivese.generator.n_s

drivese.generator.d_s

m

drivese.generator.t_ws

m

drivese.generator.D_shaft

m

drivese.generator.rho_Copper

kg/m**3

drivese.generator.rho_Fe

kg/m**3

drivese.generator.rho_Fes

kg/m**3

drivese.generator.rho_PM

kg/m**3

drivese.generator_mass_user

kg

drivese.generator.P_mech

W

drivese.generator.N_c

drivese.generator.b

drivese.generator.c

drivese.generator.E_p

V

drivese.generator.h_yr

m

drivese.generator.h_ys

m

drivese.generator.h_sr

m

drivese.generator.h_ss

m

drivese.generator.t_r

m

drivese.generator.t_s

m

drivese.generator.y_sh

m

drivese.generator.theta_sh

rad

drivese.generator.D_nose

m

drivese.generator.y_bd

m

drivese.generator.theta_bd

rad

drivese.generator.u_allow_pcent

drivese.generator.y_allow_pcent

drivese.generator.z_allow_deg

deg

drivese.generator.B_tmax

T

drivese.generator.m

n/a

drivese.generator.q1

n/a

drivese.generator.q2

n/a

drivese.generator.R_out

m

drivese.generator_stator_mass

kg

drivese.generator_rotor_mass

kg

drivese.generator_mass

kg

drivese.pitch_mass

kg

drivese.pitch_cost

USD

drivese.pitch_I

kg*m**2

drivese.hub_mass

kg

drivese.hub_cost

USD

drivese.hub_cm

m

drivese.hub_I

kg*m**2

drivese.spinner_mass

kg

drivese.spinner_cost

kg

drivese.spinner_cm

m

drivese.spinner_I

kg*m**2

drivese.hub_system_mass_user

kg

drivese.hub_system_cm_user

m

drivese.hub_system_I_user

kg*m**2

drivese.flange_t2shell_t

drivese.flange_OD2hub_D

drivese.flange_ID2flange_OD

drivese.hub_shell.rho

kg/m**3

drivese.max_torque

N*m

drivese.hub_shell.Xy

Pa

drivese.hub_stress_concentration

drivese.hub_shell.metal_cost

USD/kg

drivese.hub_diameter

m

drivese.blade_root_diameter

m

drivese.hub_in2out_circ

drivese.hub_shell_mass_user

kg

drivese.hub_shell.n_blades

n/a

drivese.rated_rpm

rpm

drivese.stop_time

s

drivese.blade_mass

kg

drivese.pitch_system.rho

kg/m**3

drivese.pitch_system.Xy

Pa

drivese.pitch_system_scaling_factor

drivese.pitch_system.BRFM

N*m

drivese.pitch_system_mass_user

kg

drivese.n_blades

n/a

drivese.clearance_hub_spinner

m

drivese.spin_hole_incr

drivese.spinner_gust_ws

m/s

drivese.spinner.composite_Xt

Pa

drivese.spinner.composite_rho

kg/m**3

drivese.spinner.Xy

Pa

drivese.spinner.metal_rho

kg/m**3

drivese.spinner.composite_cost

USD/kg

drivese.spinner.metal_cost

USD/kg

drivese.spinner_mass_user

kg

drivese.n_front_brackets

n/a

drivese.n_rear_brackets

n/a

drivese.L_12

m

drivese.L_h1

m

drivese.L_generator

m

drivese.overhang

m

drivese.drive_height

m

drivese.tilt

deg

drivese.lss_diameter

m

drivese.lss_wall_thickness

m

drivese.lss_rho

kg/m**3

drivese.bedplate_rho

kg/m**3

drivese.bedplate_mass_user

kg

drivese.access_diameter

m

drivese.nose_diameter

m

drivese.nose_wall_thickness

m

drivese.bedplate_wall_thickness

m

drivese.upwind

n/a

drivese.s_lss

m

drivese.hub_system_mass

kg

drivese.hub_system_cm

m

drivese.F_aero_hub

N

drivese.M_aero_hub

N*m

drivese.blades_mass

kg

drivese.blades_cm

m

drivese.s_mb1

m

drivese.s_mb2

m

drivese.generator_rotor_I

kg*m**2

drivese.gearbox_mass

kg

drivese.gearbox_I

kg*m**2

drivese.brake_mass

kg

drivese.brake_I

kg*m**2

drivese.carrier_mass

kg

drivese.carrier_I

kg*m**2

drivese.lss_E

Pa

drivese.lss_G

Pa

drivese.lss_Xy

Pa

drivese.shaft_deflection_allowable

m

drivese.shaft_angle_allowable

rad

drivese.E_mat

Pa

drivese.G_mat

Pa

drivese.Xt_mat

Pa

drivese.Xy_mat

Pa

drivese.wohler_exp_mat

drivese.wohler_A_mat

drivese.rho_mat

kg/m**3

drivese.unit_cost_mat

USD/kg

drivese.material_names

n/a

drivese.lss_material

n/a

drivese.hss_material

n/a

drivese.hub_material

n/a

drivese.spinner_material

n/a

drivese.bedplate_material

n/a

drivese.hvac_mass_coeff

kg/kW/m

drivese.H_bedplate

m

drivese.L_bedplate

m

drivese.R_generator

m

drivese.generator_cm

m

drivese.rho_fiberglass

kg/m**3

drivese.rho_castiron

kg/m**3

drivese.mb1_mass

kg

drivese.mb1_cm

m

drivese.mb1_I

kg*m**2

drivese.mb2_mass

kg

drivese.mb2_cm

m

drivese.mb2_I

kg*m**2

drivese.gearbox_cm

m

drivese.hss_mass

kg

drivese.hss_cm

m

drivese.hss_I

kg*m**2

drivese.brake_cm

m

drivese.generator_I

kg*m**2

drivese.generator_stator_I

kg*m**2

drivese.nose_mass

kg

drivese.nose_cm

m

drivese.nose_I

kg*m**2

drivese.lss_mass

kg

drivese.lss_cm

m

drivese.lss_I

kg*m**2

drivese.converter_mass

kg

drivese.converter_cm

m

drivese.converter_I

kg*m**2

drivese.transformer_mass

kg

drivese.transformer_cm

m

drivese.transformer_I

kg*m**2

drivese.yaw_mass

kg

drivese.yaw_cm

m

drivese.yaw_I

kg*m**2

drivese.bedplate_mass

kg

drivese.bedplate_cm

m

drivese.bedplate_I

kg*m**2

drivese.hvac_mass

kg

drivese.hvac_cm

m

drivese.hvac_I

m

drivese.platform_mass

kg

drivese.platform_cm

m

drivese.platform_I

m

drivese.cover_mass

kg

drivese.cover_cm

m

drivese.cover_I

m

drivese.x_bedplate

m

drivese.above_yaw_mass_user

kg

drivese.above_yaw_cm_user

m

drivese.above_yaw_I_user

kg*m**2

drivese.constr_height

m

drivese.uptower

n/a

drivese.s_nose

m

drivese.z_bedplate

m

drivese.x_bedplate_inner

m

drivese.z_bedplate_inner

m

drivese.x_bedplate_outer

m

drivese.z_bedplate_outer

m

drivese.D_bedplate

m

drivese.t_bedplate

m

drivese.mb1_max_defl_ang

rad

drivese.mb2_max_defl_ang

rad

drivese.s_stator

m

drivese.F_mb1

N

drivese.F_mb2

N

drivese.M_mb1

N*m

drivese.M_mb2

N*m

drivese.other_mass

kg

drivese.bedplate_E

Pa

drivese.bedplate_G

Pa

drivese.bedplate_Xy

Pa

drivese.stator_deflection_allowable

m

drivese.stator_angle_allowable

rad

drivese.L_drive

m

drivese.shaft_start

m

drivese.nacelle_mass

kg

drivese.nacelle_cm

m

drivese.nacelle_I_TT

kg*m**2

drivese.minimum_rpm

rpm

drivese.yaw.rho

kg/m**3

drivese.yaw_mass_user

kg

rotorse.rp.aep.CDF_V

m/s

cumulative distribution function evaluated at each wind speed

rotorse.rp.aep.P

W

power curve (power)

rotorse.rp.aep.lossFactor

multiplicative factor for availability and other losses (soiling, array, etc.)

rotorse.rp.cdf.x

m/s

corresponding reference height

rotorse.rp.cdf.k

shape or form factor

rotorse.rp.cdf.xbar

m/s

mean value of distribution

rotorse.rp.gust.V_mean

m/s

IEC average wind speed for turbine class

rotorse.rp.gust.V_hub

m/s

hub height wind speed

rotorse.rp.gust.turbulence_class

n/a

IEC turbulence class

rotorse.rp.v_min

m/s

cut-in wind speed

rotorse.rp.v_max

m/s

cut-out wind speed

rotorse.rp.rated_power

W

electrical rated power

rotorse.rp.omega_min

rpm

minimum allowed rotor rotation speed

rotorse.rp.omega_max

rpm

maximum allowed rotor rotation speed

rotorse.rp.control_maxTS

m/s

maximum allowed blade tip speed

rotorse.rp.powercurve.ps_percent

Scalar applied to the max torque within RotorSE for peak thrust shaving. Only used if peak_thrust_shaving is True.

rotorse.rp.powercurve.gearbox_efficiency

rotorse.rp.powercurve.generator_efficiency

Generator efficiency at various rpm values to support table lookup

rotorse.rp.powercurve.lss_rpm

rpm

Low speed shaft RPM values at which the generator efficiency values are given

rotorse.rp.drivetrainType

n/a

rotorse.rp.powercurve.V

m/s

wind vector

rotorse.rp.powercurve.Omega

rpm

rotor rotational speed

rotorse.rp.powercurve.P

W

rotor electrical power

rotorse.rs.aero_gust.V_load

m/s

rotorse.rs.Omega_load

rpm

rotorse.rs.pitch_load

deg

rotorse.rs.aero_gust.azimuth_load

deg

rotorse.rs.aero_hub_loads.V_load

m/s

rotorse.rs.aero_hub_loads.nSector

n/a

rotorse.rs.brs.rootD

m

Blade root outer diameter / Chord at blade span station 0

rotorse.rs.brs.layer_thickness

m

2D array of the thickness of the layers of the blade structure. The first dimension represents each layer, the second dimension represents each entry along blade span.

rotorse.rs.brs.layer_start_nd

2D array of the non-dimensional start point defined along the outer profile of a layer. The TE suction side is 0, the TE pressure side is 1. The first dimension represents each layer, the second dimension represents each entry along blade span.

rotorse.rs.brs.layer_end_nd

2D array of the non-dimensional end point defined along the outer profile of a layer. The TE suction side is 0, the TE pressure side is 1. The first dimension represents each layer, the second dimension represents each entry along blade span.

rotorse.rs.brs.root_M

N*m

Blade root moment in blade c.s.

rotorse.rs.brs.s_f

Safety factor

rotorse.rs.brs.d_f

m

Diameter of the fastener

rotorse.rs.brs.sigma_max

Pa

Max stress on bolt

rotorse.rs.constr.strainU_spar

strain in spar cap on upper surface at location xu,yu_strain with loads P_strain

rotorse.rs.constr.strainL_spar

strain in spar cap on lower surface at location xl,yl_strain with loads P_strain

rotorse.rs.constr.strainU_te

strain in trailing edge on upper surface at location xu,yu_strain with loads P_strain

rotorse.rs.constr.strainL_te

strain in trailing edge on lower surface at location xl,yl_strain with loads P_strain

rotorse.rs.constr.max_strainU_spar

maximum strain in spar cap suction side

rotorse.rs.constr.max_strainL_spar

maximum strain in spar cap pressure side

rotorse.rs.constr.max_strainU_te

maximum strain in spar cap suction side

rotorse.rs.constr.max_strainL_te

maximum strain in spar cap pressure side

rotorse.s

1D array of the non-dimensional spanwise grid defined along blade axis (0-blade root, 1-blade tip)

rotorse.rs.constr.s_opt_spar_cap_ss

1D array of the non-dimensional spanwise grid defined along blade axis to optimize the blade spar cap suction side

rotorse.rs.constr.s_opt_spar_cap_ps

1D array of the non-dimensional spanwise grid defined along blade axis to optimize the blade spar cap pressure side

rotorse.rs.constr.s_opt_te_ss

1D array of the non-dimensional spanwise grid defined along blade axis to optimize the blade trailing edge suction side

rotorse.rs.constr.s_opt_te_ps

1D array of the non-dimensional spanwise grid defined along blade axis to optimize the blade trailing edge pressure side

rotorse.rs.constr.rated_Omega

rpm

rotor rotation speed at rated

rotorse.rs.constr.flap_mode_freqs

Hz

Frequencies associated with mode shapes in the flap direction

rotorse.rs.constr.edge_mode_freqs

Hz

Frequencies associated with mode shapes in the edge direction

rotorse.rs.constr.tors_mode_freqs

Hz

Frequencies associated with mode shapes in the torsional direction

rotorse.rs.constr.blade_number

n/a

rotorse.blade_span_cg

m

Distance along the blade span for its center of gravity

rotorse.rs.x_az

m

location of blade in azimuth x-coordinate system (prebend)

rotorse.rs.y_az

m

location of blade in azimuth y-coordinate system (sweep)

rotorse.rs.z_az

m

location of blade in azimuth z-coordinate system (from root to tip)

rotorse.rs.frame.Px_af

N/m

distributed load (force per unit length) in airfoil x-direction

rotorse.rs.frame.Py_af

N/m

distributed load (force per unit length) in airfoil y-direction

rotorse.rs.frame.Pz_af

N/m

distributed load (force per unit length) in airfoil z-direction

rotorse.A

m**2

airfoil cross section material area

rotorse.rs.strains.EI11

N*m**2

stiffness w.r.t principal axis 1

rotorse.rs.strains.EI22

N*m**2

stiffness w.r.t principal axis 2

rotorse.rs.strains.alpha

deg

Angle between blade c.s. and principal axes

rotorse.rs.strains.M1

N*m

distribution along blade span of bending moment w.r.t principal axis 1

rotorse.rs.strains.M2

N*m

distribution along blade span of bending moment w.r.t principal axis 2

rotorse.rs.strains.F3

N

axial resultant along blade span

rotorse.xu_spar

x-position of midpoint of spar cap on upper surface for strain calculation

rotorse.xl_spar

x-position of midpoint of spar cap on lower surface for strain calculation

rotorse.yu_spar

y-position of midpoint of spar cap on upper surface for strain calculation

rotorse.yl_spar

y-position of midpoint of spar cap on lower surface for strain calculation

rotorse.xu_te

x-position of midpoint of trailing-edge panel on upper surface for strain calculation

rotorse.xl_te

x-position of midpoint of trailing-edge panel on lower surface for strain calculation

rotorse.yu_te

y-position of midpoint of trailing-edge panel on upper surface for strain calculation

rotorse.yl_te

y-position of midpoint of trailing-edge panel on lower surface for strain calculation

rotorse.rs.tip_pos.dx_tip

m

deflection at tip in blade x-direction

rotorse.rs.tip_pos.dy_tip

m

deflection at tip in blade y-direction

rotorse.rs.tip_pos.dz_tip

m

deflection at tip in blade z-direction

rotorse.rs.tip_pos.3d_curv_tip

deg

total coning angle including precone and curvature

rotorse.rs.tip_pos.dynamicFactor

a dynamic amplification factor to adjust the static deflection calculation

rotorse.rs.tot_loads_gust.aeroloads_Px

N/m

distributed loads in blade-aligned x-direction

rotorse.rs.tot_loads_gust.aeroloads_Py

N/m

distributed loads in blade-aligned y-direction

rotorse.rs.tot_loads_gust.aeroloads_Pz

N/m

distributed loads in blade-aligned z-direction

rotorse.rs.tot_loads_gust.aeroloads_Omega

rpm

rotor rotation speed

rotorse.rs.tot_loads_gust.aeroloads_pitch

deg

pitch angle

rotorse.rs.tot_loads_gust.aeroloads_azimuth

deg

azimuthal angle

rotorse.rs.3d_curv

deg

total cone angle from precone and curvature

rotorse.rs.tot_loads_gust.dynamicFactor

a dynamic amplification factor to adjust the static deflection calculation

rotorse.stall_check.aoa_along_span

deg

Angle of attack along blade span

rotorse.stall_check.stall_margin

deg

Minimum margin from the stall angle

rotorse.stall_check.min_s

Minimum nondimensional coordinate along blade span where to define the constraint (blade root typically stalls)

landbosse.blade_drag_coefficient

landbosse.blade_lever_arm

m

landbosse.blade_install_cycle_time

h

landbosse.blade_offload_hook_height

m

landbosse.blade_offload_cycle_time

h

landbosse.blade_drag_multiplier

landbosse.blade_surface_area

m**2

landbosse.foundation_height

m

landbosse.tower_section_length_m

m

landbosse.nacelle_mass

kg

landbosse.tower_mass

kg

landbosse.blade_mass

kg

The mass of one rotor blade.

landbosse.hub_mass

kg

Mass of the rotor hub

landbosse.crane_breakdown_fraction

0 means the crane is never broken down. 1 means it is broken down every turbine.

landbosse.construct_duration

Total project construction time (months)

landbosse.hub_height_meters

m

Hub height m

landbosse.rotor_diameter_m

m

Rotor diameter m

landbosse.wind_shear_exponent

Wind shear exponent

landbosse.turbine_capex_kW

USD/kW

Turbine capital cost

landbosse.turbine_rating_MW

MW

Turbine rating MW

landbosse.fuel_cost_usd_per_gal

Fuel cost USD/gal

landbosse.breakpoint_between_base_and_topping_percent

Breakpoint between base and topping (percent)

landbosse.turbine_spacing_rotor_diameters

Turbine spacing (times rotor diameter)

landbosse.depth

m

Foundation depth m

landbosse.rated_thrust_N

N

Rated Thrust (N)

landbosse.bearing_pressure_n_m2

Bearing Pressure (n/m2)

landbosse.gust_velocity_m_per_s

m/s

50-year Gust Velocity (m/s)

landbosse.road_length_adder_m

m

Road length adder (m)

landbosse.fraction_new_roads

Percent of roads that will be constructed (0.0 - 1.0)

landbosse.road_quality

Road Quality (0-1)

landbosse.line_frequency_hz

Hz

Line Frequency (Hz)

landbosse.row_spacing_rotor_diameters

Row spacing (times rotor diameter)

landbosse.trench_len_to_substation_km

km

Combined Homerun Trench Length to Substation (km)

landbosse.distance_to_interconnect_mi

mi

Distance to interconnect (miles)

landbosse.interconnect_voltage_kV

kV

Interconnect Voltage (kV)

landbosse.critical_speed_non_erection_wind_delays_m_per_s

m/s

Non-Erection Wind Delay Critical Speed (m/s)

landbosse.critical_height_non_erection_wind_delays_m

m

Non-Erection Wind Delay Critical Height (m)

landbosse.road_width_ft

ft

Road width (ft)

landbosse.road_thickness

Road thickness (in)

landbosse.crane_width

m

Crane width (m)

landbosse.overtime_multiplier

Overtime multiplier

landbosse.markup_contingency

Markup contingency

landbosse.markup_warranty_management

Markup warranty management

landbosse.markup_sales_and_use_tax

Markup sales and use tax

landbosse.markup_overhead

Markup overhead

landbosse.markup_profit_margin

Markup profit margin

landbosse.Mass tonne

t

landbosse.development_labor_cost_usd

USD

The cost of labor in the development phase

landbosse.labor_cost_multiplier

Labor cost multiplier

landbosse.commissioning_cost_kW

USD/kW

Commissioning cost.

landbosse.decommissioning_cost_kW

USD/kW

Decommissioning cost.

landbosse.road_distributed_wind

n/a

landbosse.num_turbines

n/a

Number of turbines in project

landbosse.number_of_blades

n/a

Number of blades on the rotor

landbosse.user_defined_home_run_trench

n/a

Flag for user-defined home run trench length (0 = no; 1 = yes)

landbosse.allow_same_flag

n/a

Allow same crane for base and topping (True or False)

landbosse.hour_day

n/a

Dictionary of normal and long hours for construction in a day in the form of {‘long’: 24, ‘normal’: 10}

landbosse.time_construct

n/a

One of the keys in the hour_day dictionary to specify how many hours per day construction happens.

landbosse.user_defined_distance_to_grid_connection

n/a

Flag for user-defined home run trench length (True or False)

landbosse.rate_of_deliveries

n/a

Rate of deliveries (turbines per week)

landbosse.new_switchyard

n/a

New Switchyard (True or False)

landbosse.num_hwy_permits

n/a

Number of highway permits

landbosse.num_access_roads

n/a

Number of access roads

landbosse.site_facility_building_area_df

n/a

site_facility_building_area DataFrame

landbosse.components

n/a

Dataframe of components for tower, blade, nacelle

landbosse.crane_specs

n/a

Dataframe of specifications of cranes

landbosse.weather_window

n/a

Dataframe of wind toolkit data

landbosse.crew

n/a

Dataframe of crew configurations

landbosse.crew_price

n/a

Dataframe of costs per hour for each type of worker.

landbosse.equip

n/a

Collections of equipment to perform erection operations.

landbosse.equip_price

n/a

Prices for various type of equipment.

landbosse.rsmeans

n/a

RSMeans price data

landbosse.cable_specs

n/a

cable specs for collection system

landbosse.material_price

n/a

Prices of materials for foundations and roads

landbosse.project_data

n/a

Dictionary of all dataframes of data

drivese.s_drive

m

drivese.bedplate_flange_width

m

drivese.bedplate_flange_thickness

m

drivese.bedplate_web_height

m

drivese.bedplate_web_thickness

m

drivese.s_generator

m

drivese.F_torq

N

drivese.F_generator

N

drivese.M_torq

N*m

drivese.M_generator

N*m

drivese.generator.S_Nmax

drivese.generator.B_symax

T

drivese.s_hss

m

drivese.hss_diameter

m

drivese.hss_wall_thickness

m

drivese.hss_E

Pa

drivese.hss_G

Pa

drivese.hss_rho

kg/m**3

drivese.hss_Xy

Pa

drivese.L_hss

m

drivese.L_gearbox

m

floatingse.Hsig_wave

m

floatingse.variable_ballast_mass

kg

floatingse.fairlead_radius

m

floatingse.fairlead

m

floatingse.survival_heel

rad

floatingse.member0_main_column:nodes_xyz

m

floatingse.member0_main_column:constr_ballast_capacity

floatingse.member1_column1:nodes_xyz

m

floatingse.member1_column1:constr_ballast_capacity

floatingse.member2_column2:nodes_xyz

m

floatingse.member2_column2:constr_ballast_capacity

floatingse.member3_column3:nodes_xyz

m

floatingse.member3_column3:constr_ballast_capacity

floatingse.member4_Y_pontoon_upper1:nodes_xyz

m

floatingse.member4_Y_pontoon_upper1:constr_ballast_capacity

floatingse.member5_Y_pontoon_upper2:nodes_xyz

m

floatingse.member5_Y_pontoon_upper2:constr_ballast_capacity

floatingse.member6_Y_pontoon_upper3:nodes_xyz

m

floatingse.member6_Y_pontoon_upper3:constr_ballast_capacity

floatingse.member7_Y_pontoon_lower1:nodes_xyz

m

floatingse.member7_Y_pontoon_lower1:constr_ballast_capacity

floatingse.member8_Y_pontoon_lower2:nodes_xyz

m

floatingse.member8_Y_pontoon_lower2:constr_ballast_capacity

floatingse.member9_Y_pontoon_lower3:nodes_xyz

m

floatingse.member9_Y_pontoon_lower3:constr_ballast_capacity

floatingse.platform_Iwaterx

m**4

floatingse.platform_Iwatery

m**4

floatingse.platform_displacement

m**3

floatingse.platform_center_of_buoyancy

m

floatingse.system_center_of_mass

m

floatingse.transition_node

m

floatingse.turbine_F

N

floatingse.turbine_M

N*m

floatingse.max_surge_restoring_force

N

floatingse.operational_heel_restoring_force

N

floatingse.survival_heel_restoring_force

N

floatingse.platform_mass

kg

floatingse.platform_hull_center_of_mass

m

floatingse.platform_added_mass

kg

floatingse.platform_nodes

m

floatingse.platform_Fnode

N

floatingse.platform_Rnode

m

floatingse.platform_elem_n1

floatingse.platform_elem_n2

floatingse.platform_elem_t

m

floatingse.platform_elem_L

m

floatingse.platform_elem_A

m**2

floatingse.platform_elem_Asx

m**2

floatingse.platform_elem_Asy

m**2

floatingse.platform_elem_Ixx

kg*m**2

floatingse.platform_elem_Iyy

kg*m**2

floatingse.platform_elem_J0

kg*m**2

floatingse.platform_elem_rho

kg/m**3

floatingse.platform_elem_E

Pa

floatingse.platform_elem_G

Pa

floatingse.platform_elem_TorsC

m**3

floatingse.platform_elem_Px1

N/m

floatingse.platform_elem_Px2

N/m

floatingse.platform_elem_Py1

N/m

floatingse.platform_elem_Py2

N/m

floatingse.platform_elem_Pz1

N/m

floatingse.platform_elem_Pz2

N/m

floatingse.transition_piece_mass

kg

floatingse.transition_piece_I

kg*m**2

floatingse.mooring_neutral_load

N

floatingse.mooring_fairlead_joints

m

floatingse.mooring_stiffness

N/m

floatingse.variable_center_of_mass

m

floatingse.variable_I

kg*m**2

floatingse.member0_main_column:Px

N/m

floatingse.member0_main_column:Py

N/m

floatingse.member0_main_column:Pz

N/m

floatingse.member0_main_column:qdyn

Pa

floatingse.member1_column1:Px

N/m

floatingse.member1_column1:Py

N/m

floatingse.member1_column1:Pz

N/m

floatingse.member1_column1:qdyn

Pa

floatingse.member2_column2:Px

N/m

floatingse.member2_column2:Py

N/m

floatingse.member2_column2:Pz

N/m

floatingse.member2_column2:qdyn

Pa

floatingse.member3_column3:Px

N/m

floatingse.member3_column3:Py

N/m

floatingse.member3_column3:Pz

N/m

floatingse.member3_column3:qdyn

Pa

floatingse.member4_Y_pontoon_upper1:Px

N/m

floatingse.member4_Y_pontoon_upper1:Py

N/m

floatingse.member4_Y_pontoon_upper1:Pz

N/m

floatingse.member4_Y_pontoon_upper1:qdyn

Pa

floatingse.member5_Y_pontoon_upper2:Px

N/m

floatingse.member5_Y_pontoon_upper2:Py

N/m

floatingse.member5_Y_pontoon_upper2:Pz

N/m

floatingse.member5_Y_pontoon_upper2:qdyn

Pa

floatingse.member6_Y_pontoon_upper3:Px

N/m

floatingse.member6_Y_pontoon_upper3:Py

N/m

floatingse.member6_Y_pontoon_upper3:Pz

N/m

floatingse.member6_Y_pontoon_upper3:qdyn

Pa

floatingse.member7_Y_pontoon_lower1:Px

N/m

floatingse.member7_Y_pontoon_lower1:Py

N/m

floatingse.member7_Y_pontoon_lower1:Pz

N/m

floatingse.member7_Y_pontoon_lower1:qdyn

Pa

floatingse.member8_Y_pontoon_lower2:Px

N/m

floatingse.member8_Y_pontoon_lower2:Py

N/m

floatingse.member8_Y_pontoon_lower2:Pz

N/m

floatingse.member8_Y_pontoon_lower2:qdyn

Pa

floatingse.member9_Y_pontoon_lower3:Px

N/m

floatingse.member9_Y_pontoon_lower3:Py

N/m

floatingse.member9_Y_pontoon_lower3:Pz

N/m

floatingse.member9_Y_pontoon_lower3:qdyn

Pa

floatingse.memload0.env.distLoads.windLoads_Px

N/m

floatingse.memload0.env.distLoads.windLoads_Py

N/m

floatingse.memload0.env.distLoads.windLoads_Pz

N/m

floatingse.memload0.env.distLoads.windLoads_qdyn

N/m**2

floatingse.memload0.env.distLoads.windLoads_z

m

floatingse.memload0.env.distLoads.windLoads_beta

deg

floatingse.memload0.env.distLoads.waveLoads_Px

N/m

floatingse.memload0.env.distLoads.waveLoads_Py

N/m

floatingse.memload0.env.distLoads.waveLoads_Pz

N/m

floatingse.memload0.env.distLoads.waveLoads_qdyn

N/m**2

floatingse.memload0.env.distLoads.waveLoads_z

m

floatingse.memload0.env.distLoads.waveLoads_beta

deg

floatingse.memload0.z_global

m

floatingse.yaw

deg

floatingse.rho_water

kg/m**3

floatingse.z0

m

floatingse.water_depth

m

floatingse.Uc

m/s

mean current speed

floatingse.Tsig_wave

s

floatingse.memload0.env.waveLoads.U

m/s

floatingse.memload0.env.waveLoads.A

m/s**2

floatingse.memload0.env.waveLoads.p

N/m**2

floatingse.memload0.outer_diameter_full

m

floatingse.beta_wave

deg

floatingse.mu_water

kg/m/s

floatingse.memload0.ca_usr

floatingse.memload0.cd_usr

floatingse.env.Uref

m/s

floatingse.wind_reference_height

m

floatingse.shearExp

floatingse.memload0.env.windLoads.U

m/s

floatingse.beta_wind

deg

floatingse.rho_air

kg/m**3

floatingse.mu_air

kg/m/s

floatingse.member0_main_column:joint1

m

floatingse.member0_main_column:joint2

m

floatingse.memload0.s_full

m

floatingse.memload0.s_all

floatingse.memload0.g2e.Px_global

N/m

floatingse.memload0.g2e.Py_global

N/m

floatingse.memload0.g2e.Pz_global

N/m

floatingse.memload0.g2e.qdyn_global

Pa

floatingse.memload0.lc:Px

N/m

floatingse.memload0.lc:Py

N/m

floatingse.memload0.lc:Pz

N/m

floatingse.memload0.lc:qdyn

Pa

floatingse.memload1.env.distLoads.windLoads_Px

N/m

floatingse.memload1.env.distLoads.windLoads_Py

N/m

floatingse.memload1.env.distLoads.windLoads_Pz

N/m

floatingse.memload1.env.distLoads.windLoads_qdyn

N/m**2

floatingse.memload1.env.distLoads.windLoads_z

m

floatingse.memload1.env.distLoads.windLoads_beta

deg

floatingse.memload1.env.distLoads.waveLoads_Px

N/m

floatingse.memload1.env.distLoads.waveLoads_Py

N/m

floatingse.memload1.env.distLoads.waveLoads_Pz

N/m

floatingse.memload1.env.distLoads.waveLoads_qdyn

N/m**2

floatingse.memload1.env.distLoads.waveLoads_z

m

floatingse.memload1.env.distLoads.waveLoads_beta

deg

floatingse.memload1.z_global

m

floatingse.memload1.env.waveLoads.U

m/s

floatingse.memload1.env.waveLoads.A

m/s**2

floatingse.memload1.env.waveLoads.p

N/m**2

floatingse.memload1.outer_diameter_full

m

floatingse.memload1.ca_usr

floatingse.memload1.cd_usr

floatingse.memload1.env.windLoads.U

m/s

floatingse.member1_column1:joint1

m

floatingse.member1_column1:joint2

m

floatingse.memload1.s_full

m

floatingse.memload1.s_all

floatingse.memload1.g2e.Px_global

N/m

floatingse.memload1.g2e.Py_global

N/m

floatingse.memload1.g2e.Pz_global

N/m

floatingse.memload1.g2e.qdyn_global

Pa

floatingse.memload1.lc:Px

N/m

floatingse.memload1.lc:Py

N/m

floatingse.memload1.lc:Pz

N/m

floatingse.memload1.lc:qdyn

Pa

floatingse.memload2.env.distLoads.windLoads_Px

N/m

floatingse.memload2.env.distLoads.windLoads_Py

N/m

floatingse.memload2.env.distLoads.windLoads_Pz

N/m

floatingse.memload2.env.distLoads.windLoads_qdyn

N/m**2

floatingse.memload2.env.distLoads.windLoads_z

m

floatingse.memload2.env.distLoads.windLoads_beta

deg

floatingse.memload2.env.distLoads.waveLoads_Px

N/m

floatingse.memload2.env.distLoads.waveLoads_Py

N/m

floatingse.memload2.env.distLoads.waveLoads_Pz

N/m

floatingse.memload2.env.distLoads.waveLoads_qdyn

N/m**2

floatingse.memload2.env.distLoads.waveLoads_z

m

floatingse.memload2.env.distLoads.waveLoads_beta

deg

floatingse.memload2.z_global

m

floatingse.memload2.env.waveLoads.U

m/s

floatingse.memload2.env.waveLoads.A

m/s**2

floatingse.memload2.env.waveLoads.p

N/m**2

floatingse.memload2.outer_diameter_full

m

floatingse.memload2.ca_usr

floatingse.memload2.cd_usr

floatingse.memload2.env.windLoads.U

m/s

floatingse.member2_column2:joint1

m

floatingse.member2_column2:joint2

m

floatingse.memload2.s_full

m

floatingse.memload2.s_all

floatingse.memload2.g2e.Px_global

N/m

floatingse.memload2.g2e.Py_global

N/m

floatingse.memload2.g2e.Pz_global

N/m

floatingse.memload2.g2e.qdyn_global

Pa

floatingse.memload2.lc:Px

N/m

floatingse.memload2.lc:Py

N/m

floatingse.memload2.lc:Pz

N/m

floatingse.memload2.lc:qdyn

Pa

floatingse.memload3.env.distLoads.windLoads_Px

N/m

floatingse.memload3.env.distLoads.windLoads_Py

N/m

floatingse.memload3.env.distLoads.windLoads_Pz

N/m

floatingse.memload3.env.distLoads.windLoads_qdyn

N/m**2

floatingse.memload3.env.distLoads.windLoads_z

m

floatingse.memload3.env.distLoads.windLoads_beta

deg

floatingse.memload3.env.distLoads.waveLoads_Px

N/m

floatingse.memload3.env.distLoads.waveLoads_Py

N/m

floatingse.memload3.env.distLoads.waveLoads_Pz

N/m

floatingse.memload3.env.distLoads.waveLoads_qdyn

N/m**2

floatingse.memload3.env.distLoads.waveLoads_z

m

floatingse.memload3.env.distLoads.waveLoads_beta

deg

floatingse.memload3.z_global

m

floatingse.memload3.env.waveLoads.U

m/s

floatingse.memload3.env.waveLoads.A

m/s**2

floatingse.memload3.env.waveLoads.p

N/m**2

floatingse.memload3.outer_diameter_full

m

floatingse.memload3.ca_usr

floatingse.memload3.cd_usr

floatingse.memload3.env.windLoads.U

m/s

floatingse.member3_column3:joint1

m

floatingse.member3_column3:joint2

m

floatingse.memload3.s_full

m

floatingse.memload3.s_all

floatingse.memload3.g2e.Px_global

N/m

floatingse.memload3.g2e.Py_global

N/m

floatingse.memload3.g2e.Pz_global

N/m

floatingse.memload3.g2e.qdyn_global

Pa

floatingse.memload3.lc:Px

N/m

floatingse.memload3.lc:Py

N/m

floatingse.memload3.lc:Pz

N/m

floatingse.memload3.lc:qdyn

Pa

floatingse.memload4.env.distLoads.windLoads_Px

N/m

floatingse.memload4.env.distLoads.windLoads_Py

N/m

floatingse.memload4.env.distLoads.windLoads_Pz

N/m

floatingse.memload4.env.distLoads.windLoads_qdyn

N/m**2

floatingse.memload4.env.distLoads.windLoads_z

m

floatingse.memload4.env.distLoads.windLoads_beta

deg

floatingse.memload4.env.distLoads.waveLoads_Px

N/m

floatingse.memload4.env.distLoads.waveLoads_Py

N/m

floatingse.memload4.env.distLoads.waveLoads_Pz

N/m

floatingse.memload4.env.distLoads.waveLoads_qdyn

N/m**2

floatingse.memload4.env.distLoads.waveLoads_z

m

floatingse.memload4.env.distLoads.waveLoads_beta

deg

floatingse.memload4.z_global

m

floatingse.memload4.env.waveLoads.U

m/s

floatingse.memload4.env.waveLoads.A

m/s**2

floatingse.memload4.env.waveLoads.p

N/m**2

floatingse.memload4.outer_diameter_full

m

floatingse.memload4.ca_usr

floatingse.memload4.cd_usr

floatingse.memload4.env.windLoads.U

m/s

floatingse.member4_Y_pontoon_upper1:joint1

m

floatingse.member4_Y_pontoon_upper1:joint2

m

floatingse.memload4.s_full

m

floatingse.memload4.s_all

floatingse.memload4.g2e.Px_global

N/m

floatingse.memload4.g2e.Py_global

N/m

floatingse.memload4.g2e.Pz_global

N/m

floatingse.memload4.g2e.qdyn_global

Pa

floatingse.memload4.lc:Px

N/m

floatingse.memload4.lc:Py

N/m

floatingse.memload4.lc:Pz

N/m

floatingse.memload4.lc:qdyn

Pa

floatingse.memload5.env.distLoads.windLoads_Px

N/m

floatingse.memload5.env.distLoads.windLoads_Py

N/m

floatingse.memload5.env.distLoads.windLoads_Pz

N/m

floatingse.memload5.env.distLoads.windLoads_qdyn

N/m**2

floatingse.memload5.env.distLoads.windLoads_z

m

floatingse.memload5.env.distLoads.windLoads_beta

deg

floatingse.memload5.env.distLoads.waveLoads_Px

N/m

floatingse.memload5.env.distLoads.waveLoads_Py

N/m

floatingse.memload5.env.distLoads.waveLoads_Pz

N/m

floatingse.memload5.env.distLoads.waveLoads_qdyn

N/m**2

floatingse.memload5.env.distLoads.waveLoads_z

m

floatingse.memload5.env.distLoads.waveLoads_beta

deg

floatingse.memload5.z_global

m

floatingse.memload5.env.waveLoads.U

m/s

floatingse.memload5.env.waveLoads.A

m/s**2

floatingse.memload5.env.waveLoads.p

N/m**2

floatingse.memload5.outer_diameter_full

m

floatingse.memload5.ca_usr

floatingse.memload5.cd_usr

floatingse.memload5.env.windLoads.U

m/s

floatingse.member5_Y_pontoon_upper2:joint1

m

floatingse.member5_Y_pontoon_upper2:joint2

m

floatingse.memload5.s_full

m

floatingse.memload5.s_all

floatingse.memload5.g2e.Px_global

N/m

floatingse.memload5.g2e.Py_global

N/m

floatingse.memload5.g2e.Pz_global

N/m

floatingse.memload5.g2e.qdyn_global

Pa

floatingse.memload5.lc:Px

N/m

floatingse.memload5.lc:Py

N/m

floatingse.memload5.lc:Pz

N/m

floatingse.memload5.lc:qdyn

Pa

floatingse.memload6.env.distLoads.windLoads_Px

N/m

floatingse.memload6.env.distLoads.windLoads_Py

N/m

floatingse.memload6.env.distLoads.windLoads_Pz

N/m

floatingse.memload6.env.distLoads.windLoads_qdyn

N/m**2

floatingse.memload6.env.distLoads.windLoads_z

m

floatingse.memload6.env.distLoads.windLoads_beta

deg

floatingse.memload6.env.distLoads.waveLoads_Px

N/m

floatingse.memload6.env.distLoads.waveLoads_Py

N/m

floatingse.memload6.env.distLoads.waveLoads_Pz

N/m

floatingse.memload6.env.distLoads.waveLoads_qdyn

N/m**2

floatingse.memload6.env.distLoads.waveLoads_z

m

floatingse.memload6.env.distLoads.waveLoads_beta

deg

floatingse.memload6.z_global

m

floatingse.memload6.env.waveLoads.U

m/s

floatingse.memload6.env.waveLoads.A

m/s**2

floatingse.memload6.env.waveLoads.p

N/m**2

floatingse.memload6.outer_diameter_full

m

floatingse.memload6.ca_usr

floatingse.memload6.cd_usr

floatingse.memload6.env.windLoads.U

m/s

floatingse.member6_Y_pontoon_upper3:joint1

m

floatingse.member6_Y_pontoon_upper3:joint2

m

floatingse.memload6.s_full

m

floatingse.memload6.s_all

floatingse.memload6.g2e.Px_global

N/m

floatingse.memload6.g2e.Py_global

N/m

floatingse.memload6.g2e.Pz_global

N/m

floatingse.memload6.g2e.qdyn_global

Pa

floatingse.memload6.lc:Px

N/m

floatingse.memload6.lc:Py

N/m

floatingse.memload6.lc:Pz

N/m

floatingse.memload6.lc:qdyn

Pa

floatingse.memload7.env.distLoads.windLoads_Px

N/m

floatingse.memload7.env.distLoads.windLoads_Py

N/m

floatingse.memload7.env.distLoads.windLoads_Pz

N/m

floatingse.memload7.env.distLoads.windLoads_qdyn

N/m**2

floatingse.memload7.env.distLoads.windLoads_z

m

floatingse.memload7.env.distLoads.windLoads_beta

deg

floatingse.memload7.env.distLoads.waveLoads_Px

N/m

floatingse.memload7.env.distLoads.waveLoads_Py

N/m

floatingse.memload7.env.distLoads.waveLoads_Pz

N/m

floatingse.memload7.env.distLoads.waveLoads_qdyn

N/m**2

floatingse.memload7.env.distLoads.waveLoads_z

m

floatingse.memload7.env.distLoads.waveLoads_beta

deg

floatingse.memload7.z_global

m

floatingse.memload7.env.waveLoads.U

m/s

floatingse.memload7.env.waveLoads.A

m/s**2

floatingse.memload7.env.waveLoads.p

N/m**2

floatingse.memload7.outer_diameter_full

m

floatingse.memload7.ca_usr

floatingse.memload7.cd_usr

floatingse.memload7.env.windLoads.U

m/s

floatingse.member7_Y_pontoon_lower1:joint1

m

floatingse.member7_Y_pontoon_lower1:joint2

m

floatingse.memload7.s_full

m

floatingse.memload7.s_all

floatingse.memload7.g2e.Px_global

N/m

floatingse.memload7.g2e.Py_global

N/m

floatingse.memload7.g2e.Pz_global

N/m

floatingse.memload7.g2e.qdyn_global

Pa

floatingse.memload7.lc:Px

N/m

floatingse.memload7.lc:Py

N/m

floatingse.memload7.lc:Pz

N/m

floatingse.memload7.lc:qdyn

Pa

floatingse.memload8.env.distLoads.windLoads_Px

N/m

floatingse.memload8.env.distLoads.windLoads_Py

N/m

floatingse.memload8.env.distLoads.windLoads_Pz

N/m

floatingse.memload8.env.distLoads.windLoads_qdyn

N/m**2

floatingse.memload8.env.distLoads.windLoads_z

m

floatingse.memload8.env.distLoads.windLoads_beta

deg

floatingse.memload8.env.distLoads.waveLoads_Px

N/m

floatingse.memload8.env.distLoads.waveLoads_Py

N/m

floatingse.memload8.env.distLoads.waveLoads_Pz

N/m

floatingse.memload8.env.distLoads.waveLoads_qdyn

N/m**2

floatingse.memload8.env.distLoads.waveLoads_z

m

floatingse.memload8.env.distLoads.waveLoads_beta

deg

floatingse.memload8.z_global

m

floatingse.memload8.env.waveLoads.U

m/s

floatingse.memload8.env.waveLoads.A

m/s**2

floatingse.memload8.env.waveLoads.p

N/m**2

floatingse.memload8.outer_diameter_full

m

floatingse.memload8.ca_usr

floatingse.memload8.cd_usr

floatingse.memload8.env.windLoads.U

m/s

floatingse.member8_Y_pontoon_lower2:joint1

m

floatingse.member8_Y_pontoon_lower2:joint2

m

floatingse.memload8.s_full

m

floatingse.memload8.s_all

floatingse.memload8.g2e.Px_global

N/m

floatingse.memload8.g2e.Py_global

N/m

floatingse.memload8.g2e.Pz_global

N/m

floatingse.memload8.g2e.qdyn_global

Pa

floatingse.memload8.lc:Px

N/m

floatingse.memload8.lc:Py

N/m

floatingse.memload8.lc:Pz

N/m

floatingse.memload8.lc:qdyn

Pa

floatingse.memload9.env.distLoads.windLoads_Px

N/m

floatingse.memload9.env.distLoads.windLoads_Py

N/m

floatingse.memload9.env.distLoads.windLoads_Pz

N/m

floatingse.memload9.env.distLoads.windLoads_qdyn

N/m**2

floatingse.memload9.env.distLoads.windLoads_z

m

floatingse.memload9.env.distLoads.windLoads_beta

deg

floatingse.memload9.env.distLoads.waveLoads_Px

N/m

floatingse.memload9.env.distLoads.waveLoads_Py

N/m

floatingse.memload9.env.distLoads.waveLoads_Pz

N/m

floatingse.memload9.env.distLoads.waveLoads_qdyn

N/m**2

floatingse.memload9.env.distLoads.waveLoads_z

m

floatingse.memload9.env.distLoads.waveLoads_beta

deg

floatingse.memload9.z_global

m

floatingse.memload9.env.waveLoads.U

m/s

floatingse.memload9.env.waveLoads.A

m/s**2

floatingse.memload9.env.waveLoads.p

N/m**2

floatingse.memload9.outer_diameter_full

m

floatingse.memload9.ca_usr

floatingse.memload9.cd_usr

floatingse.memload9.env.windLoads.U

m/s

floatingse.member9_Y_pontoon_lower3:joint1

m

floatingse.member9_Y_pontoon_lower3:joint2

m

floatingse.memload9.s_full

m

floatingse.memload9.s_all

floatingse.memload9.g2e.Px_global

N/m

floatingse.memload9.g2e.Py_global

N/m

floatingse.memload9.g2e.Pz_global

N/m

floatingse.memload9.g2e.qdyn_global

Pa

floatingse.memload9.lc:Px

N/m

floatingse.memload9.lc:Py

N/m

floatingse.memload9.lc:Pz

N/m

floatingse.memload9.lc:qdyn

Pa

floatingse.platform_elem_D

m

floatingse.platform_elem_a

m

floatingse.platform_elem_b

m

floatingse.platform_elem_sigma_y

Pa

floatingse.platform_elem_qdyn

Pa

floatingse.platform_Fz

N

floatingse.platform_Vx

N

floatingse.platform_Vy

N

floatingse.platform_Mxx

N*m

floatingse.platform_Myy

N*m

floatingse.platform_Mzz

N*m

floatingse.tower_xyz

m

floatingse.tower_A

m**2

floatingse.tower_Asx

m**2

floatingse.tower_Asy

m**2

floatingse.tower_Ixx

kg*m**2

floatingse.tower_Iyy

kg*m**2

floatingse.tower_J0

kg*m**2

floatingse.tower_rho

kg/m**3

floatingse.tower_E

Pa

floatingse.tower_G

Pa

floatingse.rna_mass

kg

floatingse.rna_I

kg*m**2

floatingse.rna_cg

m

floatingse.platform_total_center_of_mass

m

floatingse.platform_I_total

kg*m**2

floatingse.platform_Awater

m**2

floatingse.system_mass

kg

floatingse.system_I

kg*m**2

floatingse.metacentric_height_roll

m

floatingse.metacentric_height_pitch

m

floatingse.platform_ballast_mass

kg

floatingse.platform_hull_mass

kg

floatingse.platform_I_hull

kg*m**2

floatingse.turbine_mass

kg

floatingse.turbine_cg

m

floatingse.turbine_I

kg*m**2

floatingse.platform_variable_capacity

m**3

floatingse.member0_main_column:variable_ballast_Vpts

m**3

floatingse.member0_main_column:variable_ballast_spts

floatingse.member1_column1:variable_ballast_Vpts

m**3

floatingse.member1_column1:variable_ballast_spts

floatingse.member2_column2:variable_ballast_Vpts

m**3

floatingse.member2_column2:variable_ballast_spts

floatingse.member3_column3:variable_ballast_Vpts

m**3

floatingse.member3_column3:variable_ballast_spts

floatingse.member4_Y_pontoon_upper1:variable_ballast_Vpts

m**3

floatingse.member4_Y_pontoon_upper1:variable_ballast_spts

floatingse.member5_Y_pontoon_upper2:variable_ballast_Vpts

m**3

floatingse.member5_Y_pontoon_upper2:variable_ballast_spts

floatingse.member6_Y_pontoon_upper3:variable_ballast_Vpts

m**3

floatingse.member6_Y_pontoon_upper3:variable_ballast_spts

floatingse.member7_Y_pontoon_lower1:variable_ballast_Vpts

m**3

floatingse.member7_Y_pontoon_lower1:variable_ballast_spts

floatingse.member8_Y_pontoon_lower2:variable_ballast_Vpts

m**3

floatingse.member8_Y_pontoon_lower2:variable_ballast_spts

floatingse.member9_Y_pontoon_lower3:variable_ballast_Vpts

m**3

floatingse.member9_Y_pontoon_lower3:variable_ballast_spts

floatingse.member0_main_column:nodes_r

m

floatingse.member0_main_column:section_D

m

floatingse.member0_main_column:Iwaterx

m**4

floatingse.member0_main_column:Iwatery

m**4

floatingse.member0_main_column:section_t

m

floatingse.member0_main_column:section_A

m**2

floatingse.member0_main_column:section_Asx

m**2

floatingse.member0_main_column:section_Asy

m**2

floatingse.member0_main_column:section_Ixx

kg*m**2

floatingse.member0_main_column:section_Iyy

kg*m**2

floatingse.member0_main_column:section_J0

kg*m**2

floatingse.member0_main_column:section_rho

kg/m**3

floatingse.member0_main_column:section_E

Pa

floatingse.member0_main_column:section_G

Pa

floatingse.member0_main_column:section_TorsC

m**3

floatingse.member0_main_column:section_sigma_y

Pa

floatingse.member0_main_column:idx_cb

floatingse.member0_main_column:buoyancy_force

N

floatingse.member0_main_column:displacement

m**3

floatingse.member0_main_column:center_of_buoyancy

m

floatingse.member0_main_column:center_of_mass

m

floatingse.member0_main_column:ballast_mass

kg

floatingse.member0_main_column:total_mass

kg

floatingse.member0_main_column:total_cost

USD

floatingse.member0_main_column:I_total

kg*m**2

floatingse.member0_main_column:Awater

m**2

floatingse.member0_main_column:added_mass

kg

floatingse.member0_main_column:waterline_centroid

m

floatingse.member0_main_column:variable_ballast_capacity

m**3

floatingse.member1_column1:nodes_r

m

floatingse.member1_column1:section_D

m

floatingse.member1_column1:Iwaterx

m**4

floatingse.member1_column1:Iwatery

m**4

floatingse.member1_column1:section_t

m

floatingse.member1_column1:section_A

m**2

floatingse.member1_column1:section_Asx

m**2

floatingse.member1_column1:section_Asy

m**2

floatingse.member1_column1:section_Ixx

kg*m**2

floatingse.member1_column1:section_Iyy

kg*m**2

floatingse.member1_column1:section_J0

kg*m**2

floatingse.member1_column1:section_rho

kg/m**3

floatingse.member1_column1:section_E

Pa

floatingse.member1_column1:section_G

Pa

floatingse.member1_column1:section_TorsC

m**3

floatingse.member1_column1:section_sigma_y

Pa

floatingse.member1_column1:idx_cb

floatingse.member1_column1:buoyancy_force

N

floatingse.member1_column1:displacement

m**3

floatingse.member1_column1:center_of_buoyancy

m

floatingse.member1_column1:center_of_mass

m

floatingse.member1_column1:ballast_mass

kg

floatingse.member1_column1:total_mass

kg

floatingse.member1_column1:total_cost

USD

floatingse.member1_column1:I_total

kg*m**2

floatingse.member1_column1:Awater

m**2

floatingse.member1_column1:added_mass

kg

floatingse.member1_column1:waterline_centroid

m

floatingse.member1_column1:variable_ballast_capacity

m**3

floatingse.member2_column2:nodes_r

m

floatingse.member2_column2:section_D

m

floatingse.member2_column2:Iwaterx

m**4

floatingse.member2_column2:Iwatery

m**4

floatingse.member2_column2:section_t

m

floatingse.member2_column2:section_A

m**2

floatingse.member2_column2:section_Asx

m**2

floatingse.member2_column2:section_Asy

m**2

floatingse.member2_column2:section_Ixx

kg*m**2

floatingse.member2_column2:section_Iyy

kg*m**2

floatingse.member2_column2:section_J0

kg*m**2

floatingse.member2_column2:section_rho

kg/m**3

floatingse.member2_column2:section_E

Pa

floatingse.member2_column2:section_G

Pa

floatingse.member2_column2:section_TorsC

m**3

floatingse.member2_column2:section_sigma_y

Pa

floatingse.member2_column2:idx_cb

floatingse.member2_column2:buoyancy_force

N

floatingse.member2_column2:displacement

m**3

floatingse.member2_column2:center_of_buoyancy

m

floatingse.member2_column2:center_of_mass

m

floatingse.member2_column2:ballast_mass

kg

floatingse.member2_column2:total_mass

kg

floatingse.member2_column2:total_cost

USD

floatingse.member2_column2:I_total

kg*m**2

floatingse.member2_column2:Awater

m**2

floatingse.member2_column2:added_mass

kg

floatingse.member2_column2:waterline_centroid

m

floatingse.member2_column2:variable_ballast_capacity

m**3

floatingse.member3_column3:nodes_r

m

floatingse.member3_column3:section_D

m

floatingse.member3_column3:Iwaterx

m**4

floatingse.member3_column3:Iwatery

m**4

floatingse.member3_column3:section_t

m

floatingse.member3_column3:section_A

m**2

floatingse.member3_column3:section_Asx

m**2

floatingse.member3_column3:section_Asy

m**2

floatingse.member3_column3:section_Ixx

kg*m**2

floatingse.member3_column3:section_Iyy

kg*m**2

floatingse.member3_column3:section_J0

kg*m**2

floatingse.member3_column3:section_rho

kg/m**3

floatingse.member3_column3:section_E

Pa

floatingse.member3_column3:section_G

Pa

floatingse.member3_column3:section_TorsC

m**3

floatingse.member3_column3:section_sigma_y

Pa

floatingse.member3_column3:idx_cb

floatingse.member3_column3:buoyancy_force

N

floatingse.member3_column3:displacement

m**3

floatingse.member3_column3:center_of_buoyancy

m

floatingse.member3_column3:center_of_mass

m

floatingse.member3_column3:ballast_mass

kg

floatingse.member3_column3:total_mass

kg

floatingse.member3_column3:total_cost

USD

floatingse.member3_column3:I_total

kg*m**2

floatingse.member3_column3:Awater

m**2

floatingse.member3_column3:added_mass

kg

floatingse.member3_column3:waterline_centroid

m

floatingse.member3_column3:variable_ballast_capacity

m**3

floatingse.member4_Y_pontoon_upper1:nodes_r

m

floatingse.member4_Y_pontoon_upper1:section_D

m

floatingse.member4_Y_pontoon_upper1:Iwaterx

m**4

floatingse.member4_Y_pontoon_upper1:Iwatery

m**4

floatingse.member4_Y_pontoon_upper1:section_t

m

floatingse.member4_Y_pontoon_upper1:section_A

m**2

floatingse.member4_Y_pontoon_upper1:section_Asx

m**2

floatingse.member4_Y_pontoon_upper1:section_Asy

m**2

floatingse.member4_Y_pontoon_upper1:section_Ixx

kg*m**2

floatingse.member4_Y_pontoon_upper1:section_Iyy

kg*m**2

floatingse.member4_Y_pontoon_upper1:section_J0

kg*m**2

floatingse.member4_Y_pontoon_upper1:section_rho

kg/m**3

floatingse.member4_Y_pontoon_upper1:section_E

Pa

floatingse.member4_Y_pontoon_upper1:section_G

Pa

floatingse.member4_Y_pontoon_upper1:section_TorsC

m**3

floatingse.member4_Y_pontoon_upper1:section_sigma_y

Pa

floatingse.member4_Y_pontoon_upper1:idx_cb

floatingse.member4_Y_pontoon_upper1:buoyancy_force

N

floatingse.member4_Y_pontoon_upper1:displacement

m**3

floatingse.member4_Y_pontoon_upper1:center_of_buoyancy

m

floatingse.member4_Y_pontoon_upper1:center_of_mass

m

floatingse.member4_Y_pontoon_upper1:ballast_mass

kg

floatingse.member4_Y_pontoon_upper1:total_mass

kg

floatingse.member4_Y_pontoon_upper1:total_cost

USD

floatingse.member4_Y_pontoon_upper1:I_total

kg*m**2

floatingse.member4_Y_pontoon_upper1:Awater

m**2

floatingse.member4_Y_pontoon_upper1:added_mass

kg

floatingse.member4_Y_pontoon_upper1:waterline_centroid

m

floatingse.member4_Y_pontoon_upper1:variable_ballast_capacity

m**3

floatingse.member5_Y_pontoon_upper2:nodes_r

m

floatingse.member5_Y_pontoon_upper2:section_D

m

floatingse.member5_Y_pontoon_upper2:Iwaterx

m**4

floatingse.member5_Y_pontoon_upper2:Iwatery

m**4

floatingse.member5_Y_pontoon_upper2:section_t

m

floatingse.member5_Y_pontoon_upper2:section_A

m**2

floatingse.member5_Y_pontoon_upper2:section_Asx

m**2

floatingse.member5_Y_pontoon_upper2:section_Asy

m**2

floatingse.member5_Y_pontoon_upper2:section_Ixx

kg*m**2

floatingse.member5_Y_pontoon_upper2:section_Iyy

kg*m**2

floatingse.member5_Y_pontoon_upper2:section_J0

kg*m**2

floatingse.member5_Y_pontoon_upper2:section_rho

kg/m**3

floatingse.member5_Y_pontoon_upper2:section_E

Pa

floatingse.member5_Y_pontoon_upper2:section_G

Pa

floatingse.member5_Y_pontoon_upper2:section_TorsC

m**3

floatingse.member5_Y_pontoon_upper2:section_sigma_y

Pa

floatingse.member5_Y_pontoon_upper2:idx_cb

floatingse.member5_Y_pontoon_upper2:buoyancy_force

N

floatingse.member5_Y_pontoon_upper2:displacement

m**3

floatingse.member5_Y_pontoon_upper2:center_of_buoyancy

m

floatingse.member5_Y_pontoon_upper2:center_of_mass

m

floatingse.member5_Y_pontoon_upper2:ballast_mass

kg

floatingse.member5_Y_pontoon_upper2:total_mass

kg

floatingse.member5_Y_pontoon_upper2:total_cost

USD

floatingse.member5_Y_pontoon_upper2:I_total

kg*m**2

floatingse.member5_Y_pontoon_upper2:Awater

m**2

floatingse.member5_Y_pontoon_upper2:added_mass

kg

floatingse.member5_Y_pontoon_upper2:waterline_centroid

m

floatingse.member5_Y_pontoon_upper2:variable_ballast_capacity

m**3

floatingse.member6_Y_pontoon_upper3:nodes_r

m

floatingse.member6_Y_pontoon_upper3:section_D

m

floatingse.member6_Y_pontoon_upper3:Iwaterx

m**4

floatingse.member6_Y_pontoon_upper3:Iwatery

m**4

floatingse.member6_Y_pontoon_upper3:section_t

m

floatingse.member6_Y_pontoon_upper3:section_A

m**2

floatingse.member6_Y_pontoon_upper3:section_Asx

m**2

floatingse.member6_Y_pontoon_upper3:section_Asy

m**2

floatingse.member6_Y_pontoon_upper3:section_Ixx

kg*m**2

floatingse.member6_Y_pontoon_upper3:section_Iyy

kg*m**2

floatingse.member6_Y_pontoon_upper3:section_J0

kg*m**2

floatingse.member6_Y_pontoon_upper3:section_rho

kg/m**3

floatingse.member6_Y_pontoon_upper3:section_E

Pa

floatingse.member6_Y_pontoon_upper3:section_G

Pa

floatingse.member6_Y_pontoon_upper3:section_TorsC

m**3

floatingse.member6_Y_pontoon_upper3:section_sigma_y

Pa

floatingse.member6_Y_pontoon_upper3:idx_cb

floatingse.member6_Y_pontoon_upper3:buoyancy_force

N

floatingse.member6_Y_pontoon_upper3:displacement

m**3

floatingse.member6_Y_pontoon_upper3:center_of_buoyancy

m

floatingse.member6_Y_pontoon_upper3:center_of_mass

m

floatingse.member6_Y_pontoon_upper3:ballast_mass

kg

floatingse.member6_Y_pontoon_upper3:total_mass

kg

floatingse.member6_Y_pontoon_upper3:total_cost

USD

floatingse.member6_Y_pontoon_upper3:I_total

kg*m**2

floatingse.member6_Y_pontoon_upper3:Awater

m**2

floatingse.member6_Y_pontoon_upper3:added_mass

kg

floatingse.member6_Y_pontoon_upper3:waterline_centroid

m

floatingse.member6_Y_pontoon_upper3:variable_ballast_capacity

m**3

floatingse.member7_Y_pontoon_lower1:nodes_r

m

floatingse.member7_Y_pontoon_lower1:section_D

m

floatingse.member7_Y_pontoon_lower1:Iwaterx

m**4

floatingse.member7_Y_pontoon_lower1:Iwatery

m**4

floatingse.member7_Y_pontoon_lower1:section_t

m

floatingse.member7_Y_pontoon_lower1:section_A

m**2

floatingse.member7_Y_pontoon_lower1:section_Asx

m**2

floatingse.member7_Y_pontoon_lower1:section_Asy

m**2

floatingse.member7_Y_pontoon_lower1:section_Ixx

kg*m**2

floatingse.member7_Y_pontoon_lower1:section_Iyy

kg*m**2

floatingse.member7_Y_pontoon_lower1:section_J0

kg*m**2

floatingse.member7_Y_pontoon_lower1:section_rho

kg/m**3

floatingse.member7_Y_pontoon_lower1:section_E

Pa

floatingse.member7_Y_pontoon_lower1:section_G

Pa

floatingse.member7_Y_pontoon_lower1:section_TorsC

m**3

floatingse.member7_Y_pontoon_lower1:section_sigma_y

Pa

floatingse.member7_Y_pontoon_lower1:idx_cb

floatingse.member7_Y_pontoon_lower1:buoyancy_force

N

floatingse.member7_Y_pontoon_lower1:displacement

m**3

floatingse.member7_Y_pontoon_lower1:center_of_buoyancy

m

floatingse.member7_Y_pontoon_lower1:center_of_mass

m

floatingse.member7_Y_pontoon_lower1:ballast_mass

kg

floatingse.member7_Y_pontoon_lower1:total_mass

kg

floatingse.member7_Y_pontoon_lower1:total_cost

USD

floatingse.member7_Y_pontoon_lower1:I_total

kg*m**2

floatingse.member7_Y_pontoon_lower1:Awater

m**2

floatingse.member7_Y_pontoon_lower1:added_mass

kg

floatingse.member7_Y_pontoon_lower1:waterline_centroid

m

floatingse.member7_Y_pontoon_lower1:variable_ballast_capacity

m**3

floatingse.member8_Y_pontoon_lower2:nodes_r

m

floatingse.member8_Y_pontoon_lower2:section_D

m

floatingse.member8_Y_pontoon_lower2:Iwaterx

m**4

floatingse.member8_Y_pontoon_lower2:Iwatery

m**4

floatingse.member8_Y_pontoon_lower2:section_t

m

floatingse.member8_Y_pontoon_lower2:section_A

m**2

floatingse.member8_Y_pontoon_lower2:section_Asx

m**2

floatingse.member8_Y_pontoon_lower2:section_Asy

m**2

floatingse.member8_Y_pontoon_lower2:section_Ixx

kg*m**2

floatingse.member8_Y_pontoon_lower2:section_Iyy

kg*m**2

floatingse.member8_Y_pontoon_lower2:section_J0

kg*m**2

floatingse.member8_Y_pontoon_lower2:section_rho

kg/m**3

floatingse.member8_Y_pontoon_lower2:section_E

Pa

floatingse.member8_Y_pontoon_lower2:section_G

Pa

floatingse.member8_Y_pontoon_lower2:section_TorsC

m**3

floatingse.member8_Y_pontoon_lower2:section_sigma_y

Pa

floatingse.member8_Y_pontoon_lower2:idx_cb

floatingse.member8_Y_pontoon_lower2:buoyancy_force

N

floatingse.member8_Y_pontoon_lower2:displacement

m**3

floatingse.member8_Y_pontoon_lower2:center_of_buoyancy

m

floatingse.member8_Y_pontoon_lower2:center_of_mass

m

floatingse.member8_Y_pontoon_lower2:ballast_mass

kg

floatingse.member8_Y_pontoon_lower2:total_mass

kg

floatingse.member8_Y_pontoon_lower2:total_cost

USD

floatingse.member8_Y_pontoon_lower2:I_total

kg*m**2

floatingse.member8_Y_pontoon_lower2:Awater

m**2

floatingse.member8_Y_pontoon_lower2:added_mass

kg

floatingse.member8_Y_pontoon_lower2:waterline_centroid

m

floatingse.member8_Y_pontoon_lower2:variable_ballast_capacity

m**3

floatingse.member9_Y_pontoon_lower3:nodes_r

m

floatingse.member9_Y_pontoon_lower3:section_D

m

floatingse.member9_Y_pontoon_lower3:Iwaterx

m**4

floatingse.member9_Y_pontoon_lower3:Iwatery

m**4

floatingse.member9_Y_pontoon_lower3:section_t

m

floatingse.member9_Y_pontoon_lower3:section_A

m**2

floatingse.member9_Y_pontoon_lower3:section_Asx

m**2

floatingse.member9_Y_pontoon_lower3:section_Asy

m**2

floatingse.member9_Y_pontoon_lower3:section_Ixx

kg*m**2

floatingse.member9_Y_pontoon_lower3:section_Iyy

kg*m**2

floatingse.member9_Y_pontoon_lower3:section_J0

kg*m**2

floatingse.member9_Y_pontoon_lower3:section_rho

kg/m**3

floatingse.member9_Y_pontoon_lower3:section_E

Pa

floatingse.member9_Y_pontoon_lower3:section_G

Pa

floatingse.member9_Y_pontoon_lower3:section_TorsC

m**3

floatingse.member9_Y_pontoon_lower3:section_sigma_y

Pa

floatingse.member9_Y_pontoon_lower3:idx_cb

floatingse.member9_Y_pontoon_lower3:buoyancy_force

N

floatingse.member9_Y_pontoon_lower3:displacement

m**3

floatingse.member9_Y_pontoon_lower3:center_of_buoyancy

m

floatingse.member9_Y_pontoon_lower3:center_of_mass

m

floatingse.member9_Y_pontoon_lower3:ballast_mass

kg

floatingse.member9_Y_pontoon_lower3:total_mass

kg

floatingse.member9_Y_pontoon_lower3:total_cost

USD

floatingse.member9_Y_pontoon_lower3:I_total

kg*m**2

floatingse.member9_Y_pontoon_lower3:Awater

m**2

floatingse.member9_Y_pontoon_lower3:added_mass

kg

floatingse.member9_Y_pontoon_lower3:waterline_centroid

m

floatingse.member9_Y_pontoon_lower3:variable_ballast_capacity

m**3

floatingse.transition_piece_cost

USD

floatingse.member0_main_column.gc.d

m

floatingse.member0_main_column.gc.t

m

floatingse.member0_main_column.s

floatingse.member0_main_column.height

m

floatingse.member0_main_column.outer_diameter

m

floatingse.member0_main_column.ca_usr_grid

floatingse.member0_main_column.cd_usr_grid

floatingse.member0_main_column.wall_thickness

m

floatingse.member0_main_column.E

Pa

floatingse.member0_main_column.G

Pa

floatingse.member0_main_column.sigma_y

Pa

floatingse.member0_main_column.rho

kg/m**3

floatingse.member0_main_column.unit_cost

USD/kg

floatingse.member0_main_column.outfitting_factor

floatingse.member0_main_column.nodes_xyz

m

floatingse.member0_main_column.s_full

m

floatingse.member0_main_column.z_full

m

floatingse.member0_main_column.outer_diameter_full

m

floatingse.member0_main_column.s_ghost1

floatingse.member0_main_column.s_ghost2

floatingse.member0_main_column.s_in

floatingse.member0_main_column.s_const1

floatingse.member0_main_column.s_const2

floatingse.member0_main_column.layer_thickness

m

floatingse.member0_main_column.outer_diameter_in

m

floatingse.E_mat

Pa

floatingse.member0_main_column.E_user

Pa

floatingse.G_mat

Pa

floatingse.sigma_y_mat

Pa

floatingse.sigma_ult_mat

Pa

floatingse.wohler_exp_mat

floatingse.wohler_A_mat

floatingse.rho_mat

kg/m**3

floatingse.unit_cost_mat

USD/kg

floatingse.member0_main_column.outfitting_factor_in

floatingse.member0_main_column.layer_materials

n/a

floatingse.member0_main_column.ballast_materials

n/a

floatingse.material_names

n/a

floatingse.member0_main_column.t_full

m

floatingse.member0_main_column.E_full

Pa

floatingse.member0_main_column.G_full

Pa

floatingse.member0_main_column.rho_full

kg/m**3

floatingse.member0_main_column.sigma_y_full

Pa

floatingse.member0_main_column.unit_cost_full

USD/kg

floatingse.member0_main_column.outfitting_full

floatingse.labor_cost_rate

USD/min

floatingse.painting_cost_rate

USD/m**2

floatingse.member0_main_column.grid_axial_joints

floatingse.member0_main_column.bulkhead_grid

floatingse.member0_main_column.bulkhead_thickness

m

floatingse.member0_main_column.ring_stiffener_web_height

m

floatingse.member0_main_column.ring_stiffener_web_thickness

m

floatingse.member0_main_column.ring_stiffener_flange_width

m

floatingse.member0_main_column.ring_stiffener_flange_thickness

m

floatingse.member0_main_column.ring_stiffener_spacing

floatingse.member0_main_column.axial_stiffener_web_height

m

floatingse.member0_main_column.axial_stiffener_web_thickness

m

floatingse.member0_main_column.axial_stiffener_flange_width

m

floatingse.member0_main_column.axial_stiffener_flange_thickness

m

floatingse.member0_main_column.axial_stiffener_spacing

rad

floatingse.member0_main_column.ballast_grid

floatingse.member0_main_column.ballast_density

kg/m**3

floatingse.member0_main_column.ballast_volume

m**3

floatingse.member0_main_column.ballast_unit_cost

USD/kg

floatingse.member0_main_column:mass_user

kg

floatingse.member1_column1.gc.d

m

floatingse.member1_column1.gc.t

m

floatingse.member1_column1.s

floatingse.member1_column1.height

m

floatingse.member1_column1.outer_diameter

m

floatingse.member1_column1.ca_usr_grid

floatingse.member1_column1.cd_usr_grid

floatingse.member1_column1.wall_thickness

m

floatingse.member1_column1.E

Pa

floatingse.member1_column1.G

Pa

floatingse.member1_column1.sigma_y

Pa

floatingse.member1_column1.rho

kg/m**3

floatingse.member1_column1.unit_cost

USD/kg

floatingse.member1_column1.outfitting_factor

floatingse.member1_column1.nodes_xyz

m

floatingse.member1_column1.s_full

m

floatingse.member1_column1.z_full

m

floatingse.member1_column1.outer_diameter_full

m

floatingse.member1_column1.s_ghost1

floatingse.member1_column1.s_ghost2

floatingse.member1_column1.s_in

floatingse.member1_column1.s_const1

floatingse.member1_column1.s_const2

floatingse.member1_column1.layer_thickness

m

floatingse.member1_column1.outer_diameter_in

m

floatingse.member1_column1.E_user

Pa

floatingse.member1_column1.outfitting_factor_in

floatingse.member1_column1.layer_materials

n/a

floatingse.member1_column1.ballast_materials

n/a

floatingse.member1_column1.t_full

m

floatingse.member1_column1.E_full

Pa

floatingse.member1_column1.G_full

Pa

floatingse.member1_column1.rho_full

kg/m**3

floatingse.member1_column1.sigma_y_full

Pa

floatingse.member1_column1.unit_cost_full

USD/kg

floatingse.member1_column1.outfitting_full

floatingse.member1_column1.grid_axial_joints

floatingse.member1_column1.bulkhead_grid

floatingse.member1_column1.bulkhead_thickness

m

floatingse.member1_column1.ring_stiffener_web_height

m

floatingse.member1_column1.ring_stiffener_web_thickness

m

floatingse.member1_column1.ring_stiffener_flange_width

m

floatingse.member1_column1.ring_stiffener_flange_thickness

m

floatingse.member1_column1.ring_stiffener_spacing

floatingse.member1_column1.axial_stiffener_web_height

m

floatingse.member1_column1.axial_stiffener_web_thickness

m

floatingse.member1_column1.axial_stiffener_flange_width

m

floatingse.member1_column1.axial_stiffener_flange_thickness

m

floatingse.member1_column1.axial_stiffener_spacing

rad

floatingse.member1_column1.ballast_grid

floatingse.member1_column1.ballast_density

kg/m**3

floatingse.member1_column1.ballast_volume

m**3

floatingse.member1_column1.ballast_unit_cost

USD/kg

floatingse.member1_column1:mass_user

kg

floatingse.member2_column2.gc.d

m

floatingse.member2_column2.gc.t

m

floatingse.member2_column2.s

floatingse.member2_column2.height

m

floatingse.member2_column2.outer_diameter

m

floatingse.member2_column2.ca_usr_grid

floatingse.member2_column2.cd_usr_grid

floatingse.member2_column2.wall_thickness

m

floatingse.member2_column2.E

Pa

floatingse.member2_column2.G

Pa

floatingse.member2_column2.sigma_y

Pa

floatingse.member2_column2.rho

kg/m**3

floatingse.member2_column2.unit_cost

USD/kg

floatingse.member2_column2.outfitting_factor

floatingse.member2_column2.nodes_xyz

m

floatingse.member2_column2.s_full

m

floatingse.member2_column2.z_full

m

floatingse.member2_column2.outer_diameter_full

m

floatingse.member2_column2.s_ghost1

floatingse.member2_column2.s_ghost2

floatingse.member2_column2.s_in

floatingse.member2_column2.s_const1

floatingse.member2_column2.s_const2

floatingse.member2_column2.layer_thickness

m

floatingse.member2_column2.outer_diameter_in

m

floatingse.member2_column2.E_user

Pa

floatingse.member2_column2.outfitting_factor_in

floatingse.member2_column2.layer_materials

n/a

floatingse.member2_column2.ballast_materials

n/a

floatingse.member2_column2.t_full

m

floatingse.member2_column2.E_full

Pa

floatingse.member2_column2.G_full

Pa

floatingse.member2_column2.rho_full

kg/m**3

floatingse.member2_column2.sigma_y_full

Pa

floatingse.member2_column2.unit_cost_full

USD/kg

floatingse.member2_column2.outfitting_full

floatingse.member2_column2.grid_axial_joints

floatingse.member2_column2.bulkhead_grid

floatingse.member2_column2.bulkhead_thickness

m

floatingse.member2_column2.ring_stiffener_web_height

m

floatingse.member2_column2.ring_stiffener_web_thickness

m

floatingse.member2_column2.ring_stiffener_flange_width

m

floatingse.member2_column2.ring_stiffener_flange_thickness

m

floatingse.member2_column2.ring_stiffener_spacing

floatingse.member2_column2.axial_stiffener_web_height

m

floatingse.member2_column2.axial_stiffener_web_thickness

m

floatingse.member2_column2.axial_stiffener_flange_width

m

floatingse.member2_column2.axial_stiffener_flange_thickness

m

floatingse.member2_column2.axial_stiffener_spacing

rad

floatingse.member2_column2.ballast_grid

floatingse.member2_column2.ballast_density

kg/m**3

floatingse.member2_column2.ballast_volume

m**3

floatingse.member2_column2.ballast_unit_cost

USD/kg

floatingse.member2_column2:mass_user

kg

floatingse.member3_column3.gc.d

m

floatingse.member3_column3.gc.t

m

floatingse.member3_column3.s

floatingse.member3_column3.height

m

floatingse.member3_column3.outer_diameter

m

floatingse.member3_column3.ca_usr_grid

floatingse.member3_column3.cd_usr_grid

floatingse.member3_column3.wall_thickness

m

floatingse.member3_column3.E

Pa

floatingse.member3_column3.G

Pa

floatingse.member3_column3.sigma_y

Pa

floatingse.member3_column3.rho

kg/m**3

floatingse.member3_column3.unit_cost

USD/kg

floatingse.member3_column3.outfitting_factor

floatingse.member3_column3.nodes_xyz

m

floatingse.member3_column3.s_full

m

floatingse.member3_column3.z_full

m

floatingse.member3_column3.outer_diameter_full

m

floatingse.member3_column3.s_ghost1

floatingse.member3_column3.s_ghost2

floatingse.member3_column3.s_in

floatingse.member3_column3.s_const1

floatingse.member3_column3.s_const2

floatingse.member3_column3.layer_thickness

m

floatingse.member3_column3.outer_diameter_in

m

floatingse.member3_column3.E_user

Pa

floatingse.member3_column3.outfitting_factor_in

floatingse.member3_column3.layer_materials

n/a

floatingse.member3_column3.ballast_materials

n/a

floatingse.member3_column3.t_full

m

floatingse.member3_column3.E_full

Pa

floatingse.member3_column3.G_full

Pa

floatingse.member3_column3.rho_full

kg/m**3

floatingse.member3_column3.sigma_y_full

Pa

floatingse.member3_column3.unit_cost_full

USD/kg

floatingse.member3_column3.outfitting_full

floatingse.member3_column3.grid_axial_joints

floatingse.member3_column3.bulkhead_grid

floatingse.member3_column3.bulkhead_thickness

m

floatingse.member3_column3.ring_stiffener_web_height

m

floatingse.member3_column3.ring_stiffener_web_thickness

m

floatingse.member3_column3.ring_stiffener_flange_width

m

floatingse.member3_column3.ring_stiffener_flange_thickness

m

floatingse.member3_column3.ring_stiffener_spacing

floatingse.member3_column3.axial_stiffener_web_height

m

floatingse.member3_column3.axial_stiffener_web_thickness

m

floatingse.member3_column3.axial_stiffener_flange_width

m

floatingse.member3_column3.axial_stiffener_flange_thickness

m

floatingse.member3_column3.axial_stiffener_spacing

rad

floatingse.member3_column3.ballast_grid

floatingse.member3_column3.ballast_density

kg/m**3

floatingse.member3_column3.ballast_volume

m**3

floatingse.member3_column3.ballast_unit_cost

USD/kg

floatingse.member3_column3:mass_user

kg

floatingse.member4_Y_pontoon_upper1.gc.d

m

floatingse.member4_Y_pontoon_upper1.gc.t

m

floatingse.member4_Y_pontoon_upper1.s

floatingse.member4_Y_pontoon_upper1.height

m

floatingse.member4_Y_pontoon_upper1.outer_diameter

m

floatingse.member4_Y_pontoon_upper1.ca_usr_grid

floatingse.member4_Y_pontoon_upper1.cd_usr_grid

floatingse.member4_Y_pontoon_upper1.wall_thickness

m

floatingse.member4_Y_pontoon_upper1.E

Pa

floatingse.member4_Y_pontoon_upper1.G

Pa

floatingse.member4_Y_pontoon_upper1.sigma_y

Pa

floatingse.member4_Y_pontoon_upper1.rho

kg/m**3

floatingse.member4_Y_pontoon_upper1.unit_cost

USD/kg

floatingse.member4_Y_pontoon_upper1.outfitting_factor

floatingse.member4_Y_pontoon_upper1.nodes_xyz

m

floatingse.member4_Y_pontoon_upper1.s_full

m

floatingse.member4_Y_pontoon_upper1.z_full

m

floatingse.member4_Y_pontoon_upper1.outer_diameter_full

m

floatingse.member4_Y_pontoon_upper1.s_ghost1

floatingse.member4_Y_pontoon_upper1.s_ghost2

floatingse.member4_Y_pontoon_upper1.s_in

floatingse.member4_Y_pontoon_upper1.s_const1

floatingse.member4_Y_pontoon_upper1.s_const2

floatingse.member4_Y_pontoon_upper1.layer_thickness

m

floatingse.member4_Y_pontoon_upper1.outer_diameter_in

m

floatingse.member4_Y_pontoon_upper1.E_user

Pa

floatingse.member4_Y_pontoon_upper1.outfitting_factor_in

floatingse.member4_Y_pontoon_upper1.layer_materials

n/a

floatingse.member4_Y_pontoon_upper1.ballast_materials

n/a

floatingse.member4_Y_pontoon_upper1.t_full

m

floatingse.member4_Y_pontoon_upper1.E_full

Pa

floatingse.member4_Y_pontoon_upper1.G_full

Pa

floatingse.member4_Y_pontoon_upper1.rho_full

kg/m**3

floatingse.member4_Y_pontoon_upper1.sigma_y_full

Pa

floatingse.member4_Y_pontoon_upper1.unit_cost_full

USD/kg

floatingse.member4_Y_pontoon_upper1.outfitting_full

floatingse.member4_Y_pontoon_upper1.grid_axial_joints

floatingse.member4_Y_pontoon_upper1.bulkhead_grid

floatingse.member4_Y_pontoon_upper1.bulkhead_thickness

m

floatingse.member4_Y_pontoon_upper1.ring_stiffener_web_height

m

floatingse.member4_Y_pontoon_upper1.ring_stiffener_web_thickness

m

floatingse.member4_Y_pontoon_upper1.ring_stiffener_flange_width

m

floatingse.member4_Y_pontoon_upper1.ring_stiffener_flange_thickness

m

floatingse.member4_Y_pontoon_upper1.ring_stiffener_spacing

floatingse.member4_Y_pontoon_upper1.axial_stiffener_web_height

m

floatingse.member4_Y_pontoon_upper1.axial_stiffener_web_thickness

m

floatingse.member4_Y_pontoon_upper1.axial_stiffener_flange_width

m

floatingse.member4_Y_pontoon_upper1.axial_stiffener_flange_thickness

m

floatingse.member4_Y_pontoon_upper1.axial_stiffener_spacing

rad

floatingse.member4_Y_pontoon_upper1.ballast_grid

floatingse.member4_Y_pontoon_upper1.ballast_density

kg/m**3

floatingse.member4_Y_pontoon_upper1.ballast_volume

m**3

floatingse.member4_Y_pontoon_upper1.ballast_unit_cost

USD/kg

floatingse.member4_Y_pontoon_upper1:mass_user

kg

floatingse.member5_Y_pontoon_upper2.gc.d

m

floatingse.member5_Y_pontoon_upper2.gc.t

m

floatingse.member5_Y_pontoon_upper2.s

floatingse.member5_Y_pontoon_upper2.height

m

floatingse.member5_Y_pontoon_upper2.outer_diameter

m

floatingse.member5_Y_pontoon_upper2.ca_usr_grid

floatingse.member5_Y_pontoon_upper2.cd_usr_grid

floatingse.member5_Y_pontoon_upper2.wall_thickness

m

floatingse.member5_Y_pontoon_upper2.E

Pa

floatingse.member5_Y_pontoon_upper2.G

Pa

floatingse.member5_Y_pontoon_upper2.sigma_y

Pa

floatingse.member5_Y_pontoon_upper2.rho

kg/m**3

floatingse.member5_Y_pontoon_upper2.unit_cost

USD/kg

floatingse.member5_Y_pontoon_upper2.outfitting_factor

floatingse.member5_Y_pontoon_upper2.nodes_xyz

m

floatingse.member5_Y_pontoon_upper2.s_full

m

floatingse.member5_Y_pontoon_upper2.z_full

m

floatingse.member5_Y_pontoon_upper2.outer_diameter_full

m

floatingse.member5_Y_pontoon_upper2.s_ghost1

floatingse.member5_Y_pontoon_upper2.s_ghost2

floatingse.member5_Y_pontoon_upper2.s_in

floatingse.member5_Y_pontoon_upper2.s_const1

floatingse.member5_Y_pontoon_upper2.s_const2

floatingse.member5_Y_pontoon_upper2.layer_thickness

m

floatingse.member5_Y_pontoon_upper2.outer_diameter_in

m

floatingse.member5_Y_pontoon_upper2.E_user

Pa

floatingse.member5_Y_pontoon_upper2.outfitting_factor_in

floatingse.member5_Y_pontoon_upper2.layer_materials

n/a

floatingse.member5_Y_pontoon_upper2.ballast_materials

n/a

floatingse.member5_Y_pontoon_upper2.t_full

m

floatingse.member5_Y_pontoon_upper2.E_full

Pa

floatingse.member5_Y_pontoon_upper2.G_full

Pa

floatingse.member5_Y_pontoon_upper2.rho_full

kg/m**3

floatingse.member5_Y_pontoon_upper2.sigma_y_full

Pa

floatingse.member5_Y_pontoon_upper2.unit_cost_full

USD/kg

floatingse.member5_Y_pontoon_upper2.outfitting_full

floatingse.member5_Y_pontoon_upper2.grid_axial_joints

floatingse.member5_Y_pontoon_upper2.bulkhead_grid

floatingse.member5_Y_pontoon_upper2.bulkhead_thickness

m

floatingse.member5_Y_pontoon_upper2.ring_stiffener_web_height

m

floatingse.member5_Y_pontoon_upper2.ring_stiffener_web_thickness

m

floatingse.member5_Y_pontoon_upper2.ring_stiffener_flange_width

m

floatingse.member5_Y_pontoon_upper2.ring_stiffener_flange_thickness

m

floatingse.member5_Y_pontoon_upper2.ring_stiffener_spacing

floatingse.member5_Y_pontoon_upper2.axial_stiffener_web_height

m

floatingse.member5_Y_pontoon_upper2.axial_stiffener_web_thickness

m

floatingse.member5_Y_pontoon_upper2.axial_stiffener_flange_width

m

floatingse.member5_Y_pontoon_upper2.axial_stiffener_flange_thickness

m

floatingse.member5_Y_pontoon_upper2.axial_stiffener_spacing

rad

floatingse.member5_Y_pontoon_upper2.ballast_grid

floatingse.member5_Y_pontoon_upper2.ballast_density

kg/m**3

floatingse.member5_Y_pontoon_upper2.ballast_volume

m**3

floatingse.member5_Y_pontoon_upper2.ballast_unit_cost

USD/kg

floatingse.member5_Y_pontoon_upper2:mass_user

kg

floatingse.member6_Y_pontoon_upper3.gc.d

m

floatingse.member6_Y_pontoon_upper3.gc.t

m

floatingse.member6_Y_pontoon_upper3.s

floatingse.member6_Y_pontoon_upper3.height

m

floatingse.member6_Y_pontoon_upper3.outer_diameter

m

floatingse.member6_Y_pontoon_upper3.ca_usr_grid

floatingse.member6_Y_pontoon_upper3.cd_usr_grid

floatingse.member6_Y_pontoon_upper3.wall_thickness

m

floatingse.member6_Y_pontoon_upper3.E

Pa

floatingse.member6_Y_pontoon_upper3.G

Pa

floatingse.member6_Y_pontoon_upper3.sigma_y

Pa

floatingse.member6_Y_pontoon_upper3.rho

kg/m**3

floatingse.member6_Y_pontoon_upper3.unit_cost

USD/kg

floatingse.member6_Y_pontoon_upper3.outfitting_factor

floatingse.member6_Y_pontoon_upper3.nodes_xyz

m

floatingse.member6_Y_pontoon_upper3.s_full

m

floatingse.member6_Y_pontoon_upper3.z_full

m

floatingse.member6_Y_pontoon_upper3.outer_diameter_full

m

floatingse.member6_Y_pontoon_upper3.s_ghost1

floatingse.member6_Y_pontoon_upper3.s_ghost2

floatingse.member6_Y_pontoon_upper3.s_in

floatingse.member6_Y_pontoon_upper3.s_const1

floatingse.member6_Y_pontoon_upper3.s_const2

floatingse.member6_Y_pontoon_upper3.layer_thickness

m

floatingse.member6_Y_pontoon_upper3.outer_diameter_in

m

floatingse.member6_Y_pontoon_upper3.E_user

Pa

floatingse.member6_Y_pontoon_upper3.outfitting_factor_in

floatingse.member6_Y_pontoon_upper3.layer_materials

n/a

floatingse.member6_Y_pontoon_upper3.ballast_materials

n/a

floatingse.member6_Y_pontoon_upper3.t_full

m

floatingse.member6_Y_pontoon_upper3.E_full

Pa

floatingse.member6_Y_pontoon_upper3.G_full

Pa

floatingse.member6_Y_pontoon_upper3.rho_full

kg/m**3

floatingse.member6_Y_pontoon_upper3.sigma_y_full

Pa

floatingse.member6_Y_pontoon_upper3.unit_cost_full

USD/kg

floatingse.member6_Y_pontoon_upper3.outfitting_full

floatingse.member6_Y_pontoon_upper3.grid_axial_joints

floatingse.member6_Y_pontoon_upper3.bulkhead_grid

floatingse.member6_Y_pontoon_upper3.bulkhead_thickness

m

floatingse.member6_Y_pontoon_upper3.ring_stiffener_web_height

m

floatingse.member6_Y_pontoon_upper3.ring_stiffener_web_thickness

m

floatingse.member6_Y_pontoon_upper3.ring_stiffener_flange_width

m

floatingse.member6_Y_pontoon_upper3.ring_stiffener_flange_thickness

m

floatingse.member6_Y_pontoon_upper3.ring_stiffener_spacing

floatingse.member6_Y_pontoon_upper3.axial_stiffener_web_height

m

floatingse.member6_Y_pontoon_upper3.axial_stiffener_web_thickness

m

floatingse.member6_Y_pontoon_upper3.axial_stiffener_flange_width

m

floatingse.member6_Y_pontoon_upper3.axial_stiffener_flange_thickness

m

floatingse.member6_Y_pontoon_upper3.axial_stiffener_spacing

rad

floatingse.member6_Y_pontoon_upper3.ballast_grid

floatingse.member6_Y_pontoon_upper3.ballast_density

kg/m**3

floatingse.member6_Y_pontoon_upper3.ballast_volume

m**3

floatingse.member6_Y_pontoon_upper3.ballast_unit_cost

USD/kg

floatingse.member6_Y_pontoon_upper3:mass_user

kg

floatingse.member7_Y_pontoon_lower1.gc.d

m

floatingse.member7_Y_pontoon_lower1.gc.t

m

floatingse.member7_Y_pontoon_lower1.s

floatingse.member7_Y_pontoon_lower1.height

m

floatingse.member7_Y_pontoon_lower1.outer_diameter

m

floatingse.member7_Y_pontoon_lower1.ca_usr_grid

floatingse.member7_Y_pontoon_lower1.cd_usr_grid

floatingse.member7_Y_pontoon_lower1.wall_thickness

m

floatingse.member7_Y_pontoon_lower1.E

Pa

floatingse.member7_Y_pontoon_lower1.G

Pa

floatingse.member7_Y_pontoon_lower1.sigma_y

Pa

floatingse.member7_Y_pontoon_lower1.rho

kg/m**3

floatingse.member7_Y_pontoon_lower1.unit_cost

USD/kg

floatingse.member7_Y_pontoon_lower1.outfitting_factor

floatingse.member7_Y_pontoon_lower1.nodes_xyz

m

floatingse.member7_Y_pontoon_lower1.s_full

m

floatingse.member7_Y_pontoon_lower1.z_full

m

floatingse.member7_Y_pontoon_lower1.outer_diameter_full

m

floatingse.member7_Y_pontoon_lower1.s_ghost1

floatingse.member7_Y_pontoon_lower1.s_ghost2

floatingse.member7_Y_pontoon_lower1.s_in

floatingse.member7_Y_pontoon_lower1.s_const1

floatingse.member7_Y_pontoon_lower1.s_const2

floatingse.member7_Y_pontoon_lower1.layer_thickness

m

floatingse.member7_Y_pontoon_lower1.outer_diameter_in

m

floatingse.member7_Y_pontoon_lower1.E_user

Pa

floatingse.member7_Y_pontoon_lower1.outfitting_factor_in

floatingse.member7_Y_pontoon_lower1.layer_materials

n/a

floatingse.member7_Y_pontoon_lower1.ballast_materials

n/a

floatingse.member7_Y_pontoon_lower1.t_full

m

floatingse.member7_Y_pontoon_lower1.E_full

Pa

floatingse.member7_Y_pontoon_lower1.G_full

Pa

floatingse.member7_Y_pontoon_lower1.rho_full

kg/m**3

floatingse.member7_Y_pontoon_lower1.sigma_y_full

Pa

floatingse.member7_Y_pontoon_lower1.unit_cost_full

USD/kg

floatingse.member7_Y_pontoon_lower1.outfitting_full

floatingse.member7_Y_pontoon_lower1.grid_axial_joints

floatingse.member7_Y_pontoon_lower1.bulkhead_grid

floatingse.member7_Y_pontoon_lower1.bulkhead_thickness

m

floatingse.member7_Y_pontoon_lower1.ring_stiffener_web_height

m

floatingse.member7_Y_pontoon_lower1.ring_stiffener_web_thickness

m

floatingse.member7_Y_pontoon_lower1.ring_stiffener_flange_width

m

floatingse.member7_Y_pontoon_lower1.ring_stiffener_flange_thickness

m

floatingse.member7_Y_pontoon_lower1.ring_stiffener_spacing

floatingse.member7_Y_pontoon_lower1.axial_stiffener_web_height

m

floatingse.member7_Y_pontoon_lower1.axial_stiffener_web_thickness

m

floatingse.member7_Y_pontoon_lower1.axial_stiffener_flange_width

m

floatingse.member7_Y_pontoon_lower1.axial_stiffener_flange_thickness

m

floatingse.member7_Y_pontoon_lower1.axial_stiffener_spacing

rad

floatingse.member7_Y_pontoon_lower1.ballast_grid

floatingse.member7_Y_pontoon_lower1.ballast_density

kg/m**3

floatingse.member7_Y_pontoon_lower1.ballast_volume

m**3

floatingse.member7_Y_pontoon_lower1.ballast_unit_cost

USD/kg

floatingse.member7_Y_pontoon_lower1:mass_user

kg

floatingse.member8_Y_pontoon_lower2.gc.d

m

floatingse.member8_Y_pontoon_lower2.gc.t

m

floatingse.member8_Y_pontoon_lower2.s

floatingse.member8_Y_pontoon_lower2.height

m

floatingse.member8_Y_pontoon_lower2.outer_diameter

m

floatingse.member8_Y_pontoon_lower2.ca_usr_grid

floatingse.member8_Y_pontoon_lower2.cd_usr_grid

floatingse.member8_Y_pontoon_lower2.wall_thickness

m

floatingse.member8_Y_pontoon_lower2.E

Pa

floatingse.member8_Y_pontoon_lower2.G

Pa

floatingse.member8_Y_pontoon_lower2.sigma_y

Pa

floatingse.member8_Y_pontoon_lower2.rho

kg/m**3

floatingse.member8_Y_pontoon_lower2.unit_cost

USD/kg

floatingse.member8_Y_pontoon_lower2.outfitting_factor

floatingse.member8_Y_pontoon_lower2.nodes_xyz

m

floatingse.member8_Y_pontoon_lower2.s_full

m

floatingse.member8_Y_pontoon_lower2.z_full

m

floatingse.member8_Y_pontoon_lower2.outer_diameter_full

m

floatingse.member8_Y_pontoon_lower2.s_ghost1

floatingse.member8_Y_pontoon_lower2.s_ghost2

floatingse.member8_Y_pontoon_lower2.s_in

floatingse.member8_Y_pontoon_lower2.s_const1

floatingse.member8_Y_pontoon_lower2.s_const2

floatingse.member8_Y_pontoon_lower2.layer_thickness

m

floatingse.member8_Y_pontoon_lower2.outer_diameter_in

m

floatingse.member8_Y_pontoon_lower2.E_user

Pa

floatingse.member8_Y_pontoon_lower2.outfitting_factor_in

floatingse.member8_Y_pontoon_lower2.layer_materials

n/a

floatingse.member8_Y_pontoon_lower2.ballast_materials

n/a

floatingse.member8_Y_pontoon_lower2.t_full

m

floatingse.member8_Y_pontoon_lower2.E_full

Pa

floatingse.member8_Y_pontoon_lower2.G_full

Pa

floatingse.member8_Y_pontoon_lower2.rho_full

kg/m**3

floatingse.member8_Y_pontoon_lower2.sigma_y_full

Pa

floatingse.member8_Y_pontoon_lower2.unit_cost_full

USD/kg

floatingse.member8_Y_pontoon_lower2.outfitting_full

floatingse.member8_Y_pontoon_lower2.grid_axial_joints

floatingse.member8_Y_pontoon_lower2.bulkhead_grid

floatingse.member8_Y_pontoon_lower2.bulkhead_thickness

m

floatingse.member8_Y_pontoon_lower2.ring_stiffener_web_height

m

floatingse.member8_Y_pontoon_lower2.ring_stiffener_web_thickness

m

floatingse.member8_Y_pontoon_lower2.ring_stiffener_flange_width

m

floatingse.member8_Y_pontoon_lower2.ring_stiffener_flange_thickness

m

floatingse.member8_Y_pontoon_lower2.ring_stiffener_spacing

floatingse.member8_Y_pontoon_lower2.axial_stiffener_web_height

m

floatingse.member8_Y_pontoon_lower2.axial_stiffener_web_thickness

m

floatingse.member8_Y_pontoon_lower2.axial_stiffener_flange_width

m

floatingse.member8_Y_pontoon_lower2.axial_stiffener_flange_thickness

m

floatingse.member8_Y_pontoon_lower2.axial_stiffener_spacing

rad

floatingse.member8_Y_pontoon_lower2.ballast_grid

floatingse.member8_Y_pontoon_lower2.ballast_density

kg/m**3

floatingse.member8_Y_pontoon_lower2.ballast_volume

m**3

floatingse.member8_Y_pontoon_lower2.ballast_unit_cost

USD/kg

floatingse.member8_Y_pontoon_lower2:mass_user

kg

floatingse.member9_Y_pontoon_lower3.gc.d

m

floatingse.member9_Y_pontoon_lower3.gc.t

m

floatingse.member9_Y_pontoon_lower3.s

floatingse.member9_Y_pontoon_lower3.height

m

floatingse.member9_Y_pontoon_lower3.outer_diameter

m

floatingse.member9_Y_pontoon_lower3.ca_usr_grid

floatingse.member9_Y_pontoon_lower3.cd_usr_grid

floatingse.member9_Y_pontoon_lower3.wall_thickness

m

floatingse.member9_Y_pontoon_lower3.E

Pa

floatingse.member9_Y_pontoon_lower3.G

Pa

floatingse.member9_Y_pontoon_lower3.sigma_y

Pa

floatingse.member9_Y_pontoon_lower3.rho

kg/m**3

floatingse.member9_Y_pontoon_lower3.unit_cost

USD/kg

floatingse.member9_Y_pontoon_lower3.outfitting_factor

floatingse.member9_Y_pontoon_lower3.nodes_xyz

m

floatingse.member9_Y_pontoon_lower3.s_full

m

floatingse.member9_Y_pontoon_lower3.z_full

m

floatingse.member9_Y_pontoon_lower3.outer_diameter_full

m

floatingse.member9_Y_pontoon_lower3.s_ghost1

floatingse.member9_Y_pontoon_lower3.s_ghost2

floatingse.member9_Y_pontoon_lower3.s_in

floatingse.member9_Y_pontoon_lower3.s_const1

floatingse.member9_Y_pontoon_lower3.s_const2

floatingse.member9_Y_pontoon_lower3.layer_thickness

m

floatingse.member9_Y_pontoon_lower3.outer_diameter_in

m

floatingse.member9_Y_pontoon_lower3.E_user

Pa

floatingse.member9_Y_pontoon_lower3.outfitting_factor_in

floatingse.member9_Y_pontoon_lower3.layer_materials

n/a

floatingse.member9_Y_pontoon_lower3.ballast_materials

n/a

floatingse.member9_Y_pontoon_lower3.t_full

m

floatingse.member9_Y_pontoon_lower3.E_full

Pa

floatingse.member9_Y_pontoon_lower3.G_full

Pa

floatingse.member9_Y_pontoon_lower3.rho_full

kg/m**3

floatingse.member9_Y_pontoon_lower3.sigma_y_full

Pa

floatingse.member9_Y_pontoon_lower3.unit_cost_full

USD/kg

floatingse.member9_Y_pontoon_lower3.outfitting_full

floatingse.member9_Y_pontoon_lower3.grid_axial_joints

floatingse.member9_Y_pontoon_lower3.bulkhead_grid

floatingse.member9_Y_pontoon_lower3.bulkhead_thickness

m

floatingse.member9_Y_pontoon_lower3.ring_stiffener_web_height

m

floatingse.member9_Y_pontoon_lower3.ring_stiffener_web_thickness

m

floatingse.member9_Y_pontoon_lower3.ring_stiffener_flange_width

m

floatingse.member9_Y_pontoon_lower3.ring_stiffener_flange_thickness

m

floatingse.member9_Y_pontoon_lower3.ring_stiffener_spacing

floatingse.member9_Y_pontoon_lower3.axial_stiffener_web_height

m

floatingse.member9_Y_pontoon_lower3.axial_stiffener_web_thickness

m

floatingse.member9_Y_pontoon_lower3.axial_stiffener_flange_width

m

floatingse.member9_Y_pontoon_lower3.axial_stiffener_flange_thickness

m

floatingse.member9_Y_pontoon_lower3.axial_stiffener_spacing

rad

floatingse.member9_Y_pontoon_lower3.ballast_grid

floatingse.member9_Y_pontoon_lower3.ballast_density

kg/m**3

floatingse.member9_Y_pontoon_lower3.ballast_volume

m**3

floatingse.member9_Y_pontoon_lower3.ballast_unit_cost

USD/kg

floatingse.member9_Y_pontoon_lower3:mass_user

kg

floatingse.line_length

m

floatingse.line_diameter

m

floatingse.anchor_radius

m

floatingse.anchor_mass

kg

floatingse.anchor_cost

USD

floatingse.anchor_max_vertical_load

N

floatingse.anchor_max_lateral_load

N

floatingse.line_mass_density_coeff

kg/m**3

floatingse.line_stiffness_coeff

N/m**2

floatingse.line_breaking_load_coeff

N/m**2

floatingse.line_cost_rate_coeff

USD/m**3

floatingse.max_surge_fraction

floatingse.operational_heel

rad

floating.location

m

floating.member0_main_column:s

floating.member0_main_column:outer_diameter

m

floating.member0_main_column:grid_axial_joints

floating.member1_column1:s

floating.member1_column1:outer_diameter

m

floating.member1_column1:grid_axial_joints

floating.member2_column2:s

floating.member2_column2:outer_diameter

m

floating.member2_column2:grid_axial_joints

floating.member3_column3:s

floating.member3_column3:outer_diameter

m

floating.member3_column3:grid_axial_joints

floating.member4_Y_pontoon_upper1:s

floating.member4_Y_pontoon_upper1:outer_diameter

m

floating.member4_Y_pontoon_upper1:grid_axial_joints

floating.member5_Y_pontoon_upper2:s

floating.member5_Y_pontoon_upper2:outer_diameter

m

floating.member5_Y_pontoon_upper2:grid_axial_joints

floating.member6_Y_pontoon_upper3:s

floating.member6_Y_pontoon_upper3:outer_diameter

m

floating.member6_Y_pontoon_upper3:grid_axial_joints

floating.member7_Y_pontoon_lower1:s

floating.member7_Y_pontoon_lower1:outer_diameter

m

floating.member7_Y_pontoon_lower1:grid_axial_joints

floating.member8_Y_pontoon_lower2:s

floating.member8_Y_pontoon_lower2:outer_diameter

m

floating.member8_Y_pontoon_lower2:grid_axial_joints

floating.member9_Y_pontoon_lower3:s

floating.member9_Y_pontoon_lower3:outer_diameter

m

floating.member9_Y_pontoon_lower3:grid_axial_joints

floating.memgrid0.s_in

floating.memgrid0.s_grid

floating.memgrid0.outer_diameter_in

m

floating.memgrid0.ca_usr_geom

floating.memgrid0.cd_usr_geom

floating.memgrid0.layer_thickness_in

m

floating.memgrid1.s_in

floating.memgrid1.s_grid

floating.memgrid1.outer_diameter_in

m

floating.memgrid1.ca_usr_geom

floating.memgrid1.cd_usr_geom

floating.memgrid1.layer_thickness_in

m

floating.memgrid2.s_in

floating.memgrid2.s_grid

floating.memgrid2.outer_diameter_in

m

floating.memgrid2.ca_usr_geom

floating.memgrid2.cd_usr_geom

floating.memgrid2.layer_thickness_in

m

floating.memgrid3.s_in

floating.memgrid3.s_grid

floating.memgrid3.outer_diameter_in

m

floating.memgrid3.ca_usr_geom

floating.memgrid3.cd_usr_geom

floating.memgrid3.layer_thickness_in

m

floating.memgrid4.s_in

floating.memgrid4.s_grid

floating.memgrid4.outer_diameter_in

m

floating.memgrid4.ca_usr_geom

floating.memgrid4.cd_usr_geom

floating.memgrid4.layer_thickness_in

m

floating.memgrid5.s_in

floating.memgrid5.s_grid

floating.memgrid5.outer_diameter_in

m

floating.memgrid5.ca_usr_geom

floating.memgrid5.cd_usr_geom

floating.memgrid5.layer_thickness_in

m

floating.memgrid6.s_in

floating.memgrid6.s_grid

floating.memgrid6.outer_diameter_in

m

floating.memgrid6.ca_usr_geom

floating.memgrid6.cd_usr_geom

floating.memgrid6.layer_thickness_in

m

floating.memgrid7.s_in

floating.memgrid7.s_grid

floating.memgrid7.outer_diameter_in

m

floating.memgrid7.ca_usr_geom

floating.memgrid7.cd_usr_geom

floating.memgrid7.layer_thickness_in

m

floating.memgrid8.s_in

floating.memgrid8.s_grid

floating.memgrid8.outer_diameter_in

m

floating.memgrid8.ca_usr_geom

floating.memgrid8.cd_usr_geom

floating.memgrid8.layer_thickness_in

m

floating.memgrid9.s_in

floating.memgrid9.s_grid

floating.memgrid9.outer_diameter_in

m

floating.memgrid9.ca_usr_geom

floating.memgrid9.cd_usr_geom

floating.memgrid9.layer_thickness_in

m

floating.location_in

m

mooring.nodes_location

m

mooring.joints_xyz

m

mooring.nodes_joint_name

n/a

mooring.unstretched_length_in

m

mooring.line_diameter_in

m

mooring.line_mass_density_coeff

kg/m**3

mooring.line_stiffness_coeff

N/m**2

mooring.line_breaking_load_coeff

N/m**2

mooring.line_cost_rate_coeff

USD/m**3

mooring.line_transverse_added_mass_coeff

kg/m**3

mooring.line_tangential_added_mass_coeff

kg/m**3

mooring.line_transverse_drag_coeff

N/m**2

mooring.line_tangential_drag_coeff

N/m**2

Add this for fanciness on the table :class: datatable