|
def | symbolic_generation.compressible_navier_stokes.src.generate_diffusive_flux.ComputeDiffusiveFlux (dofs, dUdx, params) |
| Calculate the diffusive flux matrix without shock capturing contribution. More...
|
|
def | symbolic_generation.compressible_navier_stokes.src.generate_diffusive_flux.ComputeDiffusiveFluxWithShockCapturing (dofs, dUdx, params, sc_params) |
| Calculate the diffusive flux matrix with a physics-based shock capturing contribution. More...
|
|
def | symbolic_generation.compressible_navier_stokes.src.generate_diffusive_flux.CalculuateMassFluxVector (alpha, dUdx) |
| Auxiliary function to calculate mass flux vector f_rho = alpha * gradient(u) More...
|
|
def | symbolic_generation.compressible_navier_stokes.src.generate_diffusive_flux.CalculateViscousStressTensor (mu, beta, rho, mom, dim, dUdx) |
| Auxiliary function to calculate the viscous stress tensor for the given dynamic and bulk viscosity values. More...
|
|
def | symbolic_generation.compressible_navier_stokes.src.generate_diffusive_flux.CalculateHeatFluxVector (c_v, lamb, rho, mom, e_tot, dim, dUdx) |
| Auxiliary function to calculate the heat flux vector with Fourier's law. More...
|
|
def | symbolic_generation.compressible_navier_stokes.src.generate_diffusive_flux.WriteInVoigtNotation (dim, tensor) |
| Auxiliary function to represent a 2nd order tensor in Voigt notation. More...
|
|
def | symbolic_generation.compressible_navier_stokes.src.generate_diffusive_flux.RevertVoigtNotation (dim, voigt_tensor) |
| Auxiliary function to set a 2nd order tensor from its Voigt representation. More...
|
|
def | symbolic_generation.compressible_navier_stokes.src.generate_diffusive_flux.PrintDiffusiveFluxMatrix (G, params) |
| Auxiliary function to print the diffusive flux matrix (G) More...
|
|