luminarycloud.params.simulation.material.fluid.material_model¶

Submodules¶

luminarycloud.params.simulation.material.fluid.material_model.real_gas_backend

Classes¶

`IdealGas`	Compute density using the ideal gas law.
`IncompressibleFluid`	Constant density fluid (heat transfer is not simulated).
`IncompressibleFluidWithEnergy`	Constant density fluid with energy equation.
`RealGasBackend`	Library or method of computing real gas properties.

Package Contents¶

class IdealGas¶

Compute density using the ideal gas law.

min_pressure: LcFloat = 0¶: Lower bound imposed by the solver on the absolute pressure for this fluid. Increasing this value can prevent solver divergence due to unphysical conditions in small regions of the domain. The optimum value is case-dependent.

min_temperature: LcFloat = 0¶: Lower bound imposed by the solver on the temperature for this fluid. Increasing this value can prevent solver divergence due to unphysical conditions in small regions of the domain. The optimum value is case-dependent.

molecular_weight: LcFloat = 28.96¶: Molecular weight of the gas used to compute its specific gas constant. Air is 28.96 g/mol.

specific_heat_cp: LcFloat = 1004.703¶: Specific heat at constant pressure. Air is 1004.703 J/kg/K.

class IncompressibleFluid¶

Constant density fluid (heat transfer is not simulated).

density: LcFloat = 1.225¶: Constant density value.

class IncompressibleFluidWithEnergy¶

Constant density fluid with energy equation.

density: LcFloat = 1.225¶: Constant density value.

specific_heat_cp: LcFloat = 1004.703¶: Specific heat at constant pressure. Air is 1004.703 J/kg/K.

class RealGasBackend¶: Library or method of computing real gas properties. NOTE: This is a base class, please use the derived classes from the real_gas_backend module.