| __init__(self, Fluid liquid, Fluid gas, TankGeometry geometry, *, CollapseModel|None collapse=None, float wall_mass=0.0, float wall_capacity=0.0, float wall_conductance=0.0, VapourModel|None vapour=None, float wetted_conductance=0.0, float ambient_conductance=0.0, float ambient_temperature=293.15, bool wall_boiling=False, float nucleate_conductance=0.0, float leidenfrost_superheat=float("inf"), float boiling_onset=0.0, float surface_layer=0.0, float surface_mixing=0.0, bool wall_by_level=False) | feedtwin.vessels.tank.Tank | |
| __repr__(self) | feedtwin.vessels.tank.Tank | |
| _critical | feedtwin.vessels.tank.Tank | protected |
| _critical_point(self) | feedtwin.vessels.tank.Tank | protected |
| _density_memo | feedtwin.vessels.tank.Tank | protected |
| _level_memo | feedtwin.vessels.tank.Tank | protected |
| _r_vapour | feedtwin.vessels.tank.Tank | protected |
| _ullage(self, TankState state, str prop) | feedtwin.vessels.tank.Tank | protected |
| _ullage_memo | feedtwin.vessels.tank.Tank | protected |
| _vapour_r_specific(self) | feedtwin.vessels.tank.Tank | protected |
| ambient_conductance | feedtwin.vessels.tank.Tank | |
| ambient_temperature | feedtwin.vessels.tank.Tank | |
| boiling_onset | feedtwin.vessels.tank.Tank | |
| collapse | feedtwin.vessels.tank.Tank | |
| dry_wall_fraction(self, TankState state) | feedtwin.vessels.tank.Tank | |
| fill_fraction(self, TankState state) | feedtwin.vessels.tank.Tank | |
| gas | feedtwin.vessels.tank.Tank | |
| gas_enthalpy(self, TankState state) | feedtwin.vessels.tank.Tank | |
| gas_temperature(self, TankState state) | feedtwin.vessels.tank.Tank | |
| geometry | feedtwin.vessels.tank.Tank | |
| initial_state(self, *, float pressure, float liquid_mass, float liquid_temperature, float|None gas_temperature=None, float contact_time=0.0, bool split_wall=False) | feedtwin.vessels.tank.Tank | |
| interface_area(self, TankState state) | feedtwin.vessels.tank.Tank | |
| leidenfrost_superheat | feedtwin.vessels.tank.Tank | |
| level(self, TankState state) | feedtwin.vessels.tank.Tank | |
| liquid | feedtwin.vessels.tank.Tank | |
| liquid_density(self, TankState state) | feedtwin.vessels.tank.Tank | |
| liquid_thermal(self, TankState state) | feedtwin.vessels.tank.Tank | |
| liquid_volume(self, TankState state) | feedtwin.vessels.tank.Tank | |
| nucleate_conductance | feedtwin.vessels.tank.Tank | |
| outlet_pressure(self, TankState state, float gravity=GRAVITY) | feedtwin.vessels.tank.Tank | |
| pressurant_for_expulsion(self, TankState state, float mdot_liquid, float duration, *, float inlet_temperature, int steps=500) | feedtwin.vessels.tank.Tank | |
| pressure(self, TankState state) | feedtwin.vessels.tank.Tank | |
| rates(self, TankState state, *, float mdot_liquid_out=0.0, float mdot_gas_in=0.0, float enthalpy_gas_in=0.0, float heat_in=0.0, float stirring=1.0, float mdot_vapour_out=0.0) | feedtwin.vessels.tank.Tank | |
| step(self, TankState state, TankRates rates, float dt) | feedtwin.vessels.tank.Tank | |
| surface_layer | feedtwin.vessels.tank.Tank | |
| surface_mass(self, TankState state, float|None rho_l=None) | feedtwin.vessels.tank.Tank | |
| surface_mixing | feedtwin.vessels.tank.Tank | |
| ullage_volume(self, TankState state) | feedtwin.vessels.tank.Tank | |
| vapour | feedtwin.vessels.tank.Tank | |
| vapour_pressure(self, TankState state) | feedtwin.vessels.tank.Tank | |
| wall_boiling | feedtwin.vessels.tank.Tank | |
| wall_by_level | feedtwin.vessels.tank.Tank | |
| wall_capacity | feedtwin.vessels.tank.Tank | |
| wall_conductance | feedtwin.vessels.tank.Tank | |
| wall_mass | feedtwin.vessels.tank.Tank | |
| wetted_conductance | feedtwin.vessels.tank.Tank | |
1.15.0