momentum_preserving_estimate_density.f90 File Reference

Modules
module	mod_navier_predict_density
	Predict the density at the next time step.

Functions/Subroutines
subroutine	mod_navier_predict_density::predict_density (density_face_star, spatial_scheme, do_spatial_split)
subroutine	mod_navier_predict_density::predict_density_scalar (density_face_star)
	Predict the density field at time $t^{n+1}$ using a cell scalar advection method.
subroutine	mod_navier_predict_density::material_linear_transformation (prop_in_1, prop_in_2, prop_out_1, prop_out_2, field_in, field_out)
	Transform a linearly interpolated field, from 2 phases, (such as density) towards a another linearly interpolated field (such as viscosity).
subroutine	mod_navier_predict_density::predict_density_viscosity_scalar (density_face_star, viscosity_star)
	Predict the density field at time $t^{n+1}$ using a cell scalar advection method. For 2 phases, we can linearly interpolate the viscosity from the density For more phases, we have to advect the viscosity by itself. Require n_phases >= 2.
subroutine	mod_navier_predict_density::crop_density (density)
	Crop the density between its max and min values.
subroutine	mod_navier_predict_density::crop_density_face (density_face)
	Crop the density between its max and min values.
subroutine	mod_navier_predict_density::crop_viscosity (viscosity)
	Crop the viscosity between its max and min values.
subroutine	mod_navier_predict_density::crop_viscosity_face (viscosity_face)
	Crop the viscosity between its max and min values.
subroutine	mod_navier_predict_density::crop_cell_field (my_min, my_max, my_cell_field)
	Crop the field between a min and a max.
subroutine	mod_navier_predict_density::crop_face_field (my_min, my_max, my_face_field)
	Crop the field between a min and a max.