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ccpp_sol.txt
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ccpp_sol.txt
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#1
char Aclass(3,11)
Atrajectory
1.1
char name(569,45)
time
plant.gasTurbine.pi
plant.gasTurbine.gas.R
plant.superheater_gas_side.gas_in.R
plant.superheater_gas_side.gas_out.R
plant.evaporator_gas_side.gas_in.R
plant.evaporator_gas_side.gas_out.R
plant.economizer_gas_side.gas_in.R
plant.economizer_gas_side.gas_out.R
plant.environment.gas.R
plant.superheater_gas_side.gas_in.R
plant.superheater_gas_side.gas_out.R
plant.evaporator_gas_side.gas_in.R
plant.evaporator_gas_side.gas_out.R
plant.economizer_gas_side.gas_in.R
plant.economizer_gas_side.gas_out.R
plant.environment.gas.R
sigma_max
plant.gasTurbine.pstart
plant.gasTurbine.T_min
plant.gasTurbine.T_max
plant.gasTurbine.w_min
plant.gasTurbine.w_max
plant.gasTurbine.load_min_w
plant.gasTurbine.wstart
plant.gasTurbine.Tstart
plant.gasTurbine.sf
plant.gasTurbine.gas.dstart
plant.gasTurbine.gas.MM
plant.gasTurbine.gas.T0
plant.gasTurbine.gas.cp
plant.superheater_gas_side.pstart
plant.superheater_gas_side.Tstart
plant.superheater_gas_side.Tmstart
plant.superheater_gas_side.V
plant.superheater_gas_side.gas_in.pstart
plant.superheater_gas_side.gas_in.Tstart
plant.superheater_gas_side.gas_in.dstart
plant.superheater_gas_side.gas_in.MM
plant.superheater_gas_side.gas_in.T0
plant.superheater_gas_side.gas_in.cp
plant.superheater_gas_side.gas_out.dstart
plant.superheater_gas_side.gas_out.MM
plant.superheater_gas_side.gas_out.T0
plant.superheater_gas_side.gas_out.cp
plant.evaporator_gas_side.pstart
plant.evaporator_gas_side.Tstart
plant.evaporator_gas_side.Tmstart
plant.evaporator_gas_side.V
plant.evaporator_gas_side.gas_in.pstart
plant.evaporator_gas_side.gas_in.Tstart
plant.evaporator_gas_side.gas_in.dstart
plant.evaporator_gas_side.gas_in.MM
plant.evaporator_gas_side.gas_in.T0
plant.evaporator_gas_side.gas_in.cp
plant.evaporator_gas_side.gas_out.dstart
plant.evaporator_gas_side.gas_out.MM
plant.evaporator_gas_side.gas_out.T0
plant.evaporator_gas_side.gas_out.cp
plant.economizer_gas_side.pstart
plant.economizer_gas_side.Tstart
plant.economizer_gas_side.Tmstart
plant.economizer_gas_side.V
plant.economizer_gas_side.gas_in.pstart
plant.economizer_gas_side.gas_in.Tstart
plant.economizer_gas_side.gas_in.dstart
plant.economizer_gas_side.gas_in.MM
plant.economizer_gas_side.gas_in.T0
plant.economizer_gas_side.gas_in.cp
plant.economizer_gas_side.gas_out.dstart
plant.economizer_gas_side.gas_out.MM
plant.economizer_gas_side.gas_out.T0
plant.economizer_gas_side.gas_out.cp
plant.environment.pnom
plant.environment.Tnom
plant.environment.Res
plant.environment.gas.pstart
plant.environment.gas.Tstart
plant.environment.gas.dstart
plant.environment.gas.MM
plant.environment.gas.T0
plant.environment.gas.cp
plant.economizer.pstart
plant.economizer.Tstart
plant.economizer.Tmstart
plant.economizer.wnom
plant.economizer.Cm
plant.economizer.V
plant.economizer.wat_liq_in.dstart
plant.economizer.wat_liq_in.reference_p
plant.economizer.wat_liq_in.reference_d
plant.economizer.wat_liq_in.reference_s
plant.economizer.wat_liq_in.cp
plant.economizer.wat_liq_in.beta_const
plant.economizer.wat_liq_in.kappa_const
plant.economizer.wat_liq_in.p_min
plant.economizer.wat_liq_in.p_max
plant.economizer.wat_liq_out.dstart
plant.economizer.wat_liq_out.reference_p
plant.economizer.wat_liq_out.reference_d
plant.economizer.wat_liq_out.reference_s
plant.economizer.wat_liq_out.cp
plant.economizer.wat_liq_out.beta_const
plant.economizer.wat_liq_out.kappa_const
plant.economizer.wat_liq_out.p_min
plant.economizer.wat_liq_out.p_max
plant.evaporator.pstart
plant.evaporator.Tstart
plant.evaporator.Tmstart
plant.evaporator.Vl_start
plant.evaporator.alphastart
plant.evaporator.V
plant.evaporator.Cm
plant.superheater.Cm
plant.evaporator.sat.d_ls_start
plant.evaporator.sat.d_vs_start
plant.evaporator.sat.p_min
plant.evaporator.sat.p_max
plant.turbine.Gamma
plant.turbine.pstart
plant.turbine.hout
plant.turbine.wat_vap.dstart
plant.turbine.wat_vap.pstart
plant.turbine.wat_vap.Tstart
plant.turbine.wat_vap.reference_p
plant.turbine.wat_vap.reference_d
plant.turbine.wat_vap.reference_s
plant.turbine.wat_vap.cp
plant.turbine.wat_vap.cv
plant.turbine.wat_vap.beta_const
plant.turbine.wat_vap.kappa_const
plant.turbine.wat_vap.p_min
plant.turbine.wat_vap.p_max
plant.turbine.h_iso
plant.turbine.eta_iso
plant.turbine.k
plant.turbine.h_start
plant.economizer_ht.G
plant.superheater_ht.G
plant.superheater.pstart
plant.superheater.Tstart
plant.superheater.Tmstart
plant.superheater.V
plant.superheater.wat_vap_in.dstart
plant.superheater.wat_vap_in.pstart
plant.superheater.wat_vap_in.Tstart
plant.superheater.wat_vap_in.reference_p
plant.superheater.wat_vap_in.reference_d
plant.superheater.wat_vap_in.reference_s
plant.superheater.wat_vap_in.cp
plant.superheater.wat_vap_in.cv
plant.superheater.wat_vap_in.beta_const
plant.superheater.wat_vap_in.kappa_const
plant.superheater.wat_vap_in.p_min
plant.superheater.wat_vap_in.p_max
plant.superheater.wat_vap_out.dstart
plant.superheater.wat_vap_out.reference_p
plant.superheater.wat_vap_out.reference_d
plant.superheater.wat_vap_out.reference_s
plant.superheater.wat_vap_out.cp
plant.superheater.wat_vap_out.cv
plant.superheater.wat_vap_out.beta_const
plant.superheater.wat_vap_out.kappa_const
plant.superheater.wat_vap_out.p_min
plant.superheater.wat_vap_out.p_max
plant.evaporator_ht.G
plant.turbineShaft.linearExpansionCoefficient
plant.turbineShaft.youngModulus
plant.turbineShaft.poissonRatio
plant.turbineShaft.rint
plant.turbineShaft.rext
plant.turbineShaft.Tstartint
plant.turbineShaft.Tstartext
plant.turbineShaft.rho
plant.turbineShaft.c
plant.turbineShaft.lambda
plant.turbineShaft.A__1
plant.turbineShaft.A__3
plant.turbineShaft.B__1
plant.turbineShaft.B__3
plant.turbineShaft.C__1
plant.turbineShaft.C__3
plant.PI.k
plant.PI.T
plant.PI.x_start
plant.PI.y_start
plant.alpha_SP.k
plant.WaterLiquidSource.pstart
plant.WaterLiquidSource.Tnom
plant.WaterLiquidSource.wstart
plant.WaterLiquidSource.wat_liq.dstart
plant.WaterLiquidSource.wat_liq.reference_p
plant.WaterLiquidSource.wat_liq.reference_d
plant.WaterLiquidSource.wat_liq.reference_s
plant.WaterLiquidSource.wat_liq.cp
plant.WaterLiquidSource.wat_liq.beta_const
plant.WaterLiquidSource.wat_liq.kappa_const
plant.WaterLiquidSource.wat_liq.p_min
plant.WaterLiquidSource.wat_liq.p_max
plant.fixedHeatFlow_DHT_N1_1.Q_flow
startTime
finalTime
plant.superheater.Cm
plant.turbineShaft.A__3
plant.turbineShaft.B__1
plant.turbineShaft.B__3
plant.turbineShaft.C__1
plant.turbineShaft.C__3
plant.gasTurbine.gas.pstart
plant.gasTurbine.gas.Tstart
plant.gasTurbine.gas.cv
plant.superheater_gas_side.gas_in.hstart
plant.superheater_gas_side.gas_in.cv
plant.superheater_gas_side.gas_out.pstart
plant.superheater_gas_side.gas_out.Tstart
plant.superheater_gas_side.gas_out.cv
plant.evaporator_gas_side.gas_in.hstart
plant.evaporator_gas_side.gas_in.cv
plant.evaporator_gas_side.gas_out.pstart
plant.evaporator_gas_side.gas_out.Tstart
plant.evaporator_gas_side.gas_out.cv
plant.economizer_gas_side.gas_in.hstart
plant.economizer_gas_side.gas_in.cv
plant.economizer_gas_side.gas_out.pstart
plant.economizer_gas_side.gas_out.Tstart
plant.economizer_gas_side.gas_out.cv
plant.environment.gas.hstart
plant.environment.gas.cv
plant.economizer.M_start
plant.economizer.wat_liq_in.pstart
plant.economizer.wat_liq_in.Tstart
plant.economizer.wat_liq_in.cv
plant.economizer.wat_liq_in.p_nom
plant.economizer.wat_liq_out.pstart
plant.economizer.wat_liq_out.Tstart
plant.economizer.wat_liq_out.cv
plant.economizer.wat_liq_out.p_nom
plant.evaporator.Mv_start
plant.evaporator.Ml_start
plant.evaporator.Vv_start
plant.evaporator.sat.pstart
plant.evaporator.sat.p_nom
plant.turbine.HF_start
plant.turbine.wat_vap.p_nom
plant.turbine.w_start
plant.superheater.wat_vap_in.p_nom
plant.superheater.wat_vap_out.pstart
plant.superheater.wat_vap_out.Tstart
plant.superheater.wat_vap_out.p_nom
plant.turbineShaft.r_lin__1
plant.turbineShaft.r_lin__2
plant.turbineShaft.r_lin__3
plant.WaterLiquidSource.wat_liq.pstart
plant.WaterLiquidSource.wat_liq.Tstart
plant.WaterLiquidSource.wat_liq.cv
plant.WaterLiquidSource.wat_liq.p_nom
plant.alpha_SP.y
plant.WaterLiquidSource.wat_liq.T
plant.fixedHeatFlow_DHT_N1_1.port.phi
plant.environment.gas.p
plant.environment.gas.T
plant.gasTurbine.gas.hstart
plant.gasTurbine.gas.u_start
plant.superheater_gas_side.gas_in.u_start
plant.superheater_gas_side.gas_out.hstart
plant.superheater_gas_side.gas_out.u_start
plant.evaporator_gas_side.gas_in.u_start
plant.evaporator_gas_side.gas_out.hstart
plant.evaporator_gas_side.gas_out.u_start
plant.economizer_gas_side.gas_in.u_start
plant.economizer_gas_side.gas_out.hstart
plant.economizer_gas_side.gas_out.u_start
plant.environment.gas.u_start
plant.economizer.wat_liq_in.h_ls_start
plant.economizer.wat_liq_in.T_s_start
plant.economizer.wat_liq_out.h_ls_start
plant.economizer.wat_liq_out.T_s_start
plant.evaporator.M_start
plant.evaporator.sat.T_s_start
plant.evaporator.sat.de_ls_start
plant.evaporator.sat.de_vs_start
plant.evaporator.sat.h_ls_start
plant.evaporator.sat.h_vs_start
plant.evaporator.sat.d_T_s_dp_start
plant.evaporator.sat.d_d_ls_dp_start
plant.evaporator.sat.d_d_vs_dp_start
plant.evaporator.sat.d_de_ls_dp_start
plant.evaporator.sat.d_de_vs_dp_start
plant.turbine.wat_vap.T_s_start
plant.turbine.wat_vap.h_vs_start
plant.turbine.W_start
plant.turbine.P_start
plant.superheater.wat_vap_in.T_s_start
plant.superheater.wat_vap_in.h_vs_start
plant.superheater.wat_vap_out.T_s_start
plant.superheater.wat_vap_out.h_vs_start
plant.turbineShaft.r__1
plant.turbineShaft.r__2
plant.turbineShaft.r__3
plant.WaterLiquidSource.wat_liq.h_ls_start
plant.WaterLiquidSource.wat_liq.T_s_start
plant.feedback.u1
plant.turbineShaft.internalBoundary.phi
plant.environment.gas.d
plant.environment.gas.h
plant.environment.gas.u
plant.economizer.wat_liq_in.h_start
plant.economizer.wat_liq_out.h_start
plant.evaporator.sat.u_ls_start
plant.evaporator.sat.u_vs_start
plant.turbine.wat_vap.h_start
plant.superheater.wat_vap_in.h_start
plant.superheater.wat_vap_out.h_start
plant.turbineShaft.r1_2__1
plant.turbineShaft.r1_2__2
plant.WaterLiquidSource.wat_liq.h_start
plant.environment.gas.dd_dT
plant.environment.gas.dd_dp
plant.economizer.wat_liq_in.u_start
plant.economizer.wat_liq_out.u_start
plant.turbine.wat_vap.u_start
plant.superheater.wat_vap_in.u_start
plant.superheater.wat_vap_out.u_start
plant.turbineShaft.A__2
plant.turbineShaft.C__2
plant.WaterLiquidSource.wat_liq.u_start
plant.turbineShaft.B__2
der(plant.superheater_gas_side.gas_out.T)
der(plant.evaporator_gas_side.gas_out.T)
der(plant.economizer_gas_side.gas_out.T)
der(plant.economizer.wat_liq_out.T)
der(plant.evaporator.alpha)
der(plant.evaporator.p)
der(plant.superheater.wat_vap_out.T)
der(plant.turbineShaft.T__2)
der(plant.PI.x)
der(u)
plant.superheater_gas_side.gas_out.T
plant.evaporator_gas_side.gas_out.T
plant.economizer_gas_side.gas_out.T
plant.economizer.wat_liq_out.T
plant.evaporator.alpha
plant.evaporator.voidFraction
plant.feedback.u2
plant.evaporator.p
plant.economizer.wat_liq_in.p
plant.economizer.wat_liq_out.p
plant.economizer.inlet.p
plant.economizer.outlet.p
plant.evaporator.sat.p
plant.evaporator.inlet.p
plant.evaporator.outlet.p
plant.turbine.wat_vap.p
plant.turbine.inlet.p
plant.superheater.wat_vap_in.p
plant.superheater.wat_vap_out.p
plant.superheater.inlet.p
plant.superheater.outlet.p
plant.WaterLiquidSource.wat_liq.p
plant.WaterLiquidSource.flange.p
plant.p
plant.superheater.wat_vap_out.T
plant.turbineShaft.T__2
plant.PI.x
u
plant.gasTurbine.load
plant.load
du
plant.gasTurbine.gas.T
plant.gasTurbine.gas.d
plant.gasTurbine.gas.h
plant.gasTurbine.flange.h
plant.superheater_gas_side.gas_in.h
plant.superheater_gas_side.inlet.h
plant.gasTurbine.gas.u
plant.gasTurbine.gas.dd_dT
plant.gasTurbine.gas.dd_dp
plant.gasTurbine.flange.p
plant.gasTurbine.gas.p
plant.superheater_gas_side.gas_in.p
plant.superheater_gas_side.gas_out.p
plant.superheater_gas_side.inlet.p
plant.superheater_gas_side.outlet.p
plant.evaporator_gas_side.gas_in.p
plant.evaporator_gas_side.gas_out.p
plant.evaporator_gas_side.inlet.p
plant.evaporator_gas_side.outlet.p
plant.economizer_gas_side.gas_in.p
plant.economizer_gas_side.gas_out.p
plant.economizer_gas_side.inlet.p
plant.economizer_gas_side.outlet.p
plant.environment.flange.p
plant.gasTurbine.flange.w
plant.gasTurbine.w
plant.superheater_gas_side.inlet.w
plant.superheater_gas_side.outlet.w
plant.evaporator_gas_side.inlet.w
plant.evaporator_gas_side.outlet.w
plant.economizer_gas_side.inlet.w
plant.economizer_gas_side.outlet.w
plant.environment.flange.w
plant.gasTurbine.lambda
plant.superheater_gas_side.M
plant.superheater_gas_side.gas_in.T
plant.superheater_gas_side.gas_in.d
plant.superheater_gas_side.gas_in.u
plant.superheater_gas_side.gas_in.dd_dT
plant.superheater_gas_side.gas_in.dd_dp
plant.superheater_gas_side.gas_out.d
plant.superheater_gas_side.gas_out.u
plant.superheater_gas_side.gas_out.dd_dT
plant.superheater_gas_side.gas_out.dd_dp
plant.superheater_gas_side.der_E
plant.superheater_gas_side.wall.T
plant.superheater_ht.port_b.T
plant.evaporator_gas_side.M
plant.evaporator_gas_side.gas_in.T
plant.evaporator_gas_side.gas_in.d
plant.evaporator_gas_side.gas_in.h
plant.superheater_gas_side.gas_out.h
plant.superheater_gas_side.outlet.h
plant.evaporator_gas_side.inlet.h
plant.evaporator_gas_side.gas_in.u
plant.evaporator_gas_side.gas_in.dd_dT
plant.evaporator_gas_side.gas_in.dd_dp
plant.evaporator_gas_side.gas_out.d
plant.evaporator_gas_side.gas_out.u
plant.evaporator_gas_side.gas_out.dd_dT
plant.evaporator_gas_side.gas_out.dd_dp
plant.evaporator_gas_side.der_E
plant.evaporator_gas_side.wall.T
plant.evaporator_ht.port_b.T
plant.economizer_gas_side.M
plant.economizer_gas_side.gas_in.T
plant.economizer_gas_side.gas_in.d
plant.economizer_gas_side.gas_in.h
plant.evaporator_gas_side.gas_out.h
plant.evaporator_gas_side.outlet.h
plant.economizer_gas_side.inlet.h
plant.economizer_gas_side.gas_in.u
plant.economizer_gas_side.gas_in.dd_dT
plant.economizer_gas_side.gas_in.dd_dp
plant.economizer_gas_side.gas_out.d
plant.economizer_gas_side.gas_out.h
plant.economizer_gas_side.outlet.h
plant.environment.flange.h
plant.economizer_gas_side.gas_out.u
plant.economizer_gas_side.gas_out.dd_dT
plant.economizer_gas_side.gas_out.dd_dp
plant.economizer_gas_side.der_E
plant.economizer_gas_side.wall.T
plant.economizer_ht.port_b.T
plant.economizer.M
plant.economizer.wat_liq_in.T
plant.economizer.wat_liq_in.T_s
plant.economizer.wat_liq_in.d
plant.economizer.wat_liq_in.h_ls
plant.economizer.wat_liq_in.u
plant.economizer.wat_liq_out.T_s
plant.economizer.wat_liq_out.d
plant.economizer.wat_liq_out.h_ls
plant.economizer.wat_liq_out.u
plant.economizer.der_E
plant.economizer.outlet.h
plant.economizer.wat_liq_out.h
plant.evaporator.inlet.h
plant.economizer.wall.T
plant.economizer_ht.port_a.T
plant.evaporator.M
plant.evaporator.Mv
plant.evaporator.Ml
plant.evaporator.Vv
plant.evaporator.Vl
plant.evaporator.sat.d_ls
plant.evaporator.sat.d_vs
plant.evaporator.sat.de_ls
plant.evaporator.sat.de_vs
plant.evaporator.sat.h_ls
plant.evaporator.sat.h_vs
plant.evaporator.outlet.h
plant.superheater.wat_vap_in.h
plant.superheater.inlet.h
plant.evaporator.sat.d_T_s_dp
plant.evaporator.sat.d_d_ls_dp
plant.evaporator.sat.d_d_vs_dp
plant.evaporator.sat.d_de_ls_dp
plant.evaporator.sat.d_de_vs_dp
plant.evaporator.sat.u_ls
plant.evaporator.sat.u_vs
plant.evaporator.der_E
plant.evaporator.der_M
plant.evaporator.wall.T
plant.evaporator.sat.T_s
plant.evaporator_ht.port_a.T
plant.turbine.HF
plant.turbine.dHT.phi
plant.turbineShaft.externalBoundary.phi
plant.turbine.wat_vap.T
plant.turbine.wat_vap.T_s
plant.turbine.wat_vap.d
plant.turbine.wat_vap.h_vs
plant.turbine.wat_vap.u
plant.turbine.W
plant.turbine.P
plant.turbine.inlet.w
plant.evaporator.outlet.w
plant.superheater.inlet.w
plant.superheater.outlet.w
plant.economizer_ht.Q_flow
plant.economizer_gas_side.wall.Q_flow
plant.economizer.wall.Q_flow
plant.economizer_ht.port_a.Q_flow
plant.economizer_ht.port_b.Q_flow
plant.economizer_ht.dT
plant.superheater_ht.Q_flow
plant.superheater_gas_side.wall.Q_flow
plant.superheater_ht.port_a.Q_flow
plant.superheater_ht.port_b.Q_flow
plant.superheater.wall.Q_flow
plant.superheater_ht.dT
plant.superheater.M
plant.superheater.wat_vap_in.T
plant.superheater.wat_vap_in.T_s
plant.superheater.wat_vap_in.d
plant.superheater.wat_vap_in.h_vs
plant.superheater.wat_vap_in.u
plant.superheater.wat_vap_out.T_s
plant.superheater.wat_vap_out.d
plant.superheater.wat_vap_out.h
plant.turbine.wat_vap.h
plant.turbine.inlet.h
plant.superheater.outlet.h
plant.superheater.wat_vap_out.h_vs
plant.superheater.wat_vap_out.u
plant.superheater.der_E
plant.superheater.wall.T
plant.superheater_ht.port_a.T
plant.evaporator_ht.Q_flow
plant.evaporator_gas_side.wall.Q_flow
plant.evaporator.wall.Q_flow
plant.evaporator_ht.port_a.Q_flow
plant.evaporator_ht.port_b.Q_flow
plant.evaporator_ht.dT
plant.turbineShaft.extThermalStress
plant.turbineShaft.intThermalStress
plant.turbineShaft.T__1
plant.turbineShaft.internalBoundary.T
plant.fixedHeatFlow_DHT_N1_1.port.T
plant.turbineShaft.T__3
plant.turbine.dHT.T
plant.turbineShaft.externalBoundary.T
plant.turbineShaft.Tm
plant.PI.u
plant.feedback.y
plant.WaterLiquidSource.wat_liq.T_s
plant.WaterLiquidSource.wat_liq.d
plant.WaterLiquidSource.wat_liq.h
plant.economizer.wat_liq_in.h
plant.economizer.inlet.h
plant.WaterLiquidSource.flange.h
plant.WaterLiquidSource.wat_liq.h_ls
plant.WaterLiquidSource.wat_liq.u
plant.WaterLiquidSource.flange.w
plant.economizer.inlet.w
plant.economizer.outlet.w
plant.evaporator.inlet.w
plant.PI.y
plant.WaterLiquidSource.w
plant.sigma
char description(569,68)
Time in [s]
Starting pressure
Temperature at zero load
Max temperature
Minimum flow rate
Mass Flow rate at full load
Load factor at minimum flow rate
Starting mass flowrate
Starting temperature
Smoothing factor (higher->steeper)
Pressure start value of outgoing gas
Temperature start value of outgoing gas
Metal wall start temperature
Inner volume
Pressure start value of outgoing gas
Temperature start value of outgoing gas
Metal wall start temperature
Inner volume
Pressure start value of outgoing gas
Temperature start value of outgoing gas
Metal wall start temperature
Inner volume
Nominal pressure
Nominal temperature
Hydraulic Resistance
Pressure start value of outgoing gas
Temperature start value of outgoing gas
Metal wall start temperature
Nominal mass flow rate
Metal Heat Capacity
Inner volume
Pressure start value of outgoing gas
Temperature start value of outgoing gas
Metal wall start temperature
Inner volume
Metal Heat Capacity
Metal Heat Capacity
Exhaust specific enthalpy
Constant thermal conductance of material
Constant thermal conductance of material
Pressure start value of outgoing gas
Temperature start value of outgoing gas
Metal wall start temperature
Inner volume
Constant thermal conductance of material
Internal radius
External radius
Temperature start value at rint (first node)
Temperature start value at rext (last node)
Density of the material
Specific heat capacity of the material
Thermal conductivity
Gain
Time Constant (T>0 required)
Initial or guess value of state
Initial value of output
Constant output value
Start pressure
Nominal temperature
Start mass flow rate
Fixed heat flow rate at port
Metal Heat Capacity
Linearly distributed radii
Linearly distributed radii
Linearly distributed radii
Connector of Real output signal
Heat flux at the nodes
Node radii
Node radii
Node radii
Heat flux at the nodes
Slice mean radii
Slice mean radii
Liquid/Vapour volumes ratio
Liquid/Vapour volumes ratio
Liquid/Vapour volumes ratio
External surface stress on rotor
External surface stress on rotor
External surface stress on rotor
External surface stress on rotor
External surface stress on rotor
External surface stress on rotor
External surface stress on rotor
External surface stress on rotor
External surface stress on rotor
External surface stress on rotor
External surface stress on rotor
External surface stress on rotor
External surface stress on rotor
External surface stress on rotor
External surface stress on rotor
External surface stress on rotor
External surface stress on rotor
Nodal temperature
State of block
Percentage of usage
Percentage of usage
Percentage of usage
Specific enthalpy of fluid
Specific enthalpy of fluid
Specific enthalpy of fluid
Specific enthalpy of fluid
Pressure
Pressure
Pressure
Pressure
Pressure
Pressure
Pressure
Pressure
Pressure
Pressure
Pressure
Pressure
Pressure
Pressure
Pressure
Mass flowrate
Mass flowrate
Mass flowrate
Mass flowrate
Mass flowrate
Mass flowrate
Mass flowrate
Mass flowrate
Mass flowrate
One above load_min_w, zero below load_min_w, with smoothing
Gas total mass
Port temperature
Port temperature
Gas total mass
Specific enthalpy of fluid
Specific enthalpy of fluid
Specific enthalpy of fluid
Specific enthalpy of fluid