luminarycloud.params.simulation.physics.fluid.initialization¶

Classes¶

`FluidExistingSolution`	Apply the starting values from an existing solution for the same mesh.
`FluidFarfieldValues`	Initialize all fields uniformly in space using the values at the far-field boundary.
`FluidPrescribedValues`	Apply a uniform initial condition for all fields in space.
`TurbulenceInitialization`

class FluidExistingSolution¶

Apply the starting values from an existing solution for the same mesh.

solution_id: str = ''¶: ID for the existing solution to use for initialization.

class FluidFarfieldValues¶

Initialize all fields uniformly in space using the values at the far-field boundary.

class FluidPrescribedValues¶

Apply a uniform initial condition for all fields in space.

pressure: LcFloat = 101325.0¶: Uniform initial condition for the static pressure relative to the material reference pressure.

temperature: LcFloat = 288.15¶: Uniform initial condition for static temperature.

class TurbulenceInitialization¶

komega: luminarycloud.params.enum.TurbulentVariableInitializationTypeKomega¶: Type of initial condition for the turbulent variables.

omega: luminarycloud.types.LcFloat = 4.166705541552236e-05¶: Uniform initial condition for the specific dissipation rate variable.

sa_variable: luminarycloud.types.LcFloat = 4.166705541552236e-05¶: Uniform initial condition for the Spalart-Allmaras turbulence variable.

spalart_allmaras: luminarycloud.params.enum.TurbulentVariableInitializationTypeSa¶: Type of initial condition for the turbulent variables.

tke: luminarycloud.types.LcFloat = 4.166705541552236e-05¶: Uniform initial condition for the turbulent kinetic energy variable.

viscosity: luminarycloud.types.LcFloat = 3.765582173541416e-06¶: Turbulent viscosity.

viscosity_ratio: luminarycloud.types.LcFloat = 0.21043825715555026¶: Turbulent-to-laminar viscosity ratio.