integrate_cell_advection_term_explicit_generic.f90 File Reference

Data Types
interface	mod_integrate_cell_advection_term_explicit_generic::divut_term_computer_interface
	The abstract function for computing div(U phi) More...
interface	mod_integrate_cell_advection_term_explicit_generic::divut_term_computer_interface_fd
	The abstract function for computing div(U phi) for the FD WENO schemes. More...

Modules
module	mod_integrate_cell_advection_term_explicit_generic
	Integration methods for the advection equation.

Functions/Subroutines
subroutine	mod_integrate_cell_advection_term_explicit_generic::integrate_cell_advection_term_explicit_generic_euler (divut, time_step, dt_nm1, dt_n, velocity_nm1, velocity_n, velocity_np1, scalar, divut_term_computer, flux_type, temporal_stability_factor, equation_has_immersed_boundaries, equation_isd_target, ibc_variable, boundary_condition)
	Adds the advection term \( c \nabla \cdot ( \mathbf{u} \phi ) \) with a generic spatial scheme euler (in time) version.
subroutine	mod_integrate_cell_advection_term_explicit_generic::integrate_cell_advection_term_explicit_generic_euler_split (divut, time_step, dt_nm1, dt_n, velocity_nm1, velocity_n, velocity_np1, scalar, divut_term_computer, flux_type, temporal_stability_factor, equation_has_immersed_boundaries, equation_isd_target, ibc_variable, boundary_condition)
	Adds the advection term \( c \nabla \cdot ( \mathbf{u} \phi ) \) with a generic spatial scheme euler (in time) version.
subroutine	mod_integrate_cell_advection_term_explicit_generic::integrate_cell_advection_term_explicit_generic_sspso (divut, time_step, dt_nm1, dt_n, velocity_nm1, velocity_n, velocity_np1, scalar, divut_term_computer, flux_type, temporal_stability_factor, aki, bi, ci, boundary_condition)
	Adds the advection term \( c \nabla \cdot ( \mathbf{u} \phi ) \) with a generic spatial scheme SSP 2 stage 2nd order without velocity extrapolation.
subroutine	mod_integrate_cell_advection_term_explicit_generic::integrate_cell_advection_term_explicit_generic_sspso_split (divut, time_step, dt_nm1, dt_n, velocity_nm1, velocity_n, velocity_np1, scalar, divut_term_computer, flux_type, temporal_stability_factor, aki, bi, ci, boundary_condition)
	Adds the advection term \( c \nabla \cdot ( \mathbf{u} \phi ) \) with a generic spatial scheme in a splitted manner SSP 2 stage 2nd order without velocity extrapolation.
subroutine	mod_integrate_cell_advection_term_explicit_generic::integrate_cell_advection_term_explicit_generic_nssp32 (scalar_star, time_step_n, time_step, velocity_nm1, velocity_n, scalar_n, divut_term_computer, flux_type, temporal_stability_factor, boundary_condition)
	Adds the advection term \( c \nabla \cdot ( \mathbf{u} \phi ) \) with a generic spatial scheme.
subroutine	mod_integrate_cell_advection_term_explicit_generic::integrate_cell_advection_term_explicit_generic_nssp32_split (scalar_star, time_step_n, time_step, velocity_nm1, velocity_n, scalar_n, divut_term_computer, flux_type, temporal_stability_factor, boundary_condition)
	Adds the advection term \( c \nabla \cdot ( \mathbf{u} \phi ) \) with a generic spatial scheme.
subroutine	mod_integrate_cell_advection_term_explicit_generic::integrate_cell_advection_term_explicit_generic_nssp53 (divut, time_step, dt_nm1, dt_n, velocity_nm1, velocity_n, velocity_np1, scalar, divut_term_computer, flux_type, temporal_stability_factor, boundary_condition)
	Adds the advection term \( c \nabla \cdot ( \mathbf{u} \phi ) \) with a generic spatial scheme.
subroutine	mod_integrate_cell_advection_term_explicit_generic::integrate_cell_advection_term_explicit_generic_nssp53_split (divut, time_step, dt_nm1, dt_n, velocity_nm1, velocity_n, velocity_np1, scalar, divut_term_computer, flux_type, temporal_stability_factor, boundary_condition)
	Integrate the advection term \( c \nabla \cdot ( \mathbf{u} \phi ) \) with a generic spatial scheme. The temporal scheme is a 5 steps NSSP at 3nd order (NSSP53). The integration is done in a split manner (x then y then z)