Solve the Allen-Cahn equation (experimental module, not followed anymore) More...

Enumerations
enum	{ allencahn_stabilisation_none = 0 , allencahn_stabilisation_simple = 1 , allencahn_stabilisation_sav = 3 }

Functions/Subroutines
subroutine	solve_allencahn_equation (phase_field, phase_field_n, phase_field_nm1, time_step, time_step_n, time_order_discretization, has_ghost_boundary_cells, allencahn_solver, mobility, thickness, energy_wall, undercooling_energy)
	Solve the Allen-Cahn equation.

subroutine	solve_allencahn_equation_simple (phase_field, phase_field_n, phase_field_nm1, time_step, time_step_n, time_order_discretization, has_ghost_boundary_cells, allencahn_solver, mobility, thickness, energy_wall, undercooling_energy)

subroutine	solve_allencahn_equation_sav (phase_field, phase_field_n, phase_field_nm1, time_step, time_step_n, time_order_discretization, has_ghost_boundary_cells, allencahn_solver, mobility, thickness, energy_wall, undercooling_energy)

elemental double precision function	free_energy_derivative (phase_field, energy_wall, undercooling_energy)

elemental double precision function	free_energy_function (phase_field, energy_wall, undercooling_energy)

elemental double precision function	double_well_derivative (phase_field)

elemental double precision function	interpolant_derivative (phase_field)

elemental double precision function	double_well_function (phase_field)

elemental double precision function	interpolant_function (phase_field)

double precision function, dimension(rhs_size)	dominance (rhs_size, stencil, matrix)

Variables
integer, parameter	allencahn_stabilisation = allencahn_stabilisation_simple

logical, parameter, private	use_lipschitz_continuous_base_functions = .TRUE.

Detailed Description

Solve the Allen-Cahn equation (experimental module, not followed anymore)

Enumerations