Declaration of variables useful to grid convergence tools. More...

Functions/Subroutines
subroutine	initialize_variables_grid_convergence ()
	Allocate memory for grid convergence.

Variables
logical	is_convergence_output = .false.
	Toggle the convergence output.

logical	is_grid_convergence = .false.
	Activate processing related to grid convergence.

logical	is_gc_batchelor_scale_enabled = .false.
	Enable convergence of Batchelor scale.

logical	is_gc_kolmogorov_scale_enabled = .false.
	Enable convergence of Kolmogorov scale.

logical	is_gc_tke_dissipation_rate_enabled = .false.
	Enable convergence of TKE scale.

logical	is_gc_kolmogorov_timescale_enabled = .false.
	Enable convergence of Kolmogorov timescale.

logical	is_gc_phases_volume_enabled = .false.
	Enable convergence of volume of phases.

logical	is_gc_mass_loss_enabled = .false.
	Enable convergence of mass loss.

logical	is_gc_energy_budget_enabled = .false.
	Enable convergence of energy loss.

logical	is_gc_mean_kinetic_energy_enabled = .false.
	Enable convergence of mean kinetic energy.

logical	is_gc_mean_longitudinal_pressure_difference_enabled = .false.
	Enable convergence of mean longitudinal pressure difference.

logical	is_gc_wall_shear_stress_enabled = .false.
	Enable convergence of wall shear stress.

logical	is_gc_wall_shear_stress_time_averaged_enabled = .false.
	Enable convergence of mean time wall shear stress.

logical	is_gc_nusselt_number_enabled = .false.
	Enable convergence of wall Nusselt numbers.

logical	is_gc_nusselt_number_time_averaged_enabled = .false.
	Enable convergence of wall Nusselt numbers time averaged.

logical, dimension(:), allocatable	is_gc_sherwood_number_enabled
	Enable convergence of wall Sherwood numbers.

logical	is_gc_wall_shear_velocity_enabled = .false.
	Enable convergence of wall shear velocity.

logical	is_gc_wall_shear_velocity_time_averaged_enabled = .false.
	Enable convergence of mean time wall shear velocity.

logical	is_gc_wall_skin_friction_coef_enabled = .false.
	Enable convergence of wall skin friction coefficients.

logical	is_gc_wall_skin_friction_coef_time_averaged_enabled = .false.
	Enable convergence of mean time wall skin friction coefficients.

logical	is_gc_domain_volume_energy_enabled = .false.
	Enable convergence of grid volume for energy equation.

logical	is_gc_domain_volume_navier_enabled = .false.
	Enable convergence of grid volume for Navier-Stokes equation.

logical	is_gc_domain_volume_phase_advection_enabled = .false.
	Enable convergence of grid volume for phase advection equation.

logical	is_gc_domain_volume_species_transport_enabled = .false.
	Enable convergence of grid volume for species transport equation.

logical, dimension(:), allocatable	is_gc_min_species_concentration_enabled
	Enable convergence of min species concentration.

logical, dimension(:), allocatable	is_gc_max_species_concentration_enabled
	Enable convergence of max species concentration.

logical, dimension(:), allocatable	is_gc_mean_species_concentration_enabled
	Enable convergence of mean species concentration.

logical, dimension(:), allocatable	is_gc_min_volume_fraction_enabled
	Enable convergence of min volume fraction.

logical, dimension(:), allocatable	is_gc_max_volume_fraction_enabled
	Enable convergence of max volume fraction.

logical, dimension(:), allocatable	is_gc_mean_volume_fraction_enabled
	Enable convergence of mean volume fraction.

logical, dimension(diagnostic_field_size)	is_gc_min_enabled = .false.
	Enable convergence of min quantites.

logical, dimension(diagnostic_field_size)	is_gc_max_enabled = .false.
	Enable convergence of max quantites.

logical, dimension(diagnostic_field_size)	is_gc_mean_enabled = .false.
	Enable convergence of mean quantites.

logical	is_gc_reference_solution_error_velocity_enabled = .false.
	Enable convergence of the error on the velocity with respect to the reference solution (L∞ norm).

logical	is_gc_reference_solution_error_pressure_enabled = .false.
	Enable convergence of the error on the pressure with respect to the reference solution (L∞ norm).

logical	is_gc_reference_solution_error_temperature_enabled = .false.
	Enable convergence of the error on the temperature with respect to the reference solution (L∞ norm).

logical	is_gc_reference_solution_error_density_enabled = .false.
	Enable convergence of the error on the density with respect to the reference solution (L∞ norm).

logical, dimension(:), allocatable	is_gc_reference_solution_error_concentration_enabled
	Enable convergence of the error on the species concentration with respect to the reference solution (L∞ norm).

logical, dimension(:), allocatable	is_gc_reference_solution_error_volume_fraction_enabled
	Enable convergence of the error on the volume fraction with respect to the reference solution (L∞ norm).

logical	is_gc_reference_solution_symmetric_difference_area = .false.
	Enable convergence of the area of symmetric difference.

character(len=:), allocatable	grid_convergence_filename
	Filename for grid convergence output.

character(len=:), allocatable	convergence_output_file

Detailed Description

Declaration of variables useful to grid convergence tools.

Function/Subroutine Documentation

◆ initialize_variables_grid_convergence()

subroutine variables_grid_convergence::initialize_variables_grid_convergence

Allocate memory for grid convergence.

Must be called when the number of phases and the number of species is known.

Variable Documentation

◆ convergence_output_file

character(len=:), allocatable variables_grid_convergence::convergence_output_file

◆ grid_convergence_filename

character(len=:), allocatable variables_grid_convergence::grid_convergence_filename

Filename for grid convergence output.

◆ is_convergence_output

logical variables_grid_convergence::is_convergence_output = .false.

Toggle the convergence output.

◆ is_gc_batchelor_scale_enabled

logical variables_grid_convergence::is_gc_batchelor_scale_enabled = .false.

Enable convergence of Batchelor scale.

◆ is_gc_domain_volume_energy_enabled

logical variables_grid_convergence::is_gc_domain_volume_energy_enabled = .false.

Enable convergence of grid volume for energy equation.

◆ is_gc_domain_volume_navier_enabled

logical variables_grid_convergence::is_gc_domain_volume_navier_enabled = .false.

Enable convergence of grid volume for Navier-Stokes equation.

◆ is_gc_domain_volume_phase_advection_enabled

logical variables_grid_convergence::is_gc_domain_volume_phase_advection_enabled = .false.

Enable convergence of grid volume for phase advection equation.

◆ is_gc_domain_volume_species_transport_enabled

logical variables_grid_convergence::is_gc_domain_volume_species_transport_enabled = .false.

Enable convergence of grid volume for species transport equation.

◆ is_gc_energy_budget_enabled

logical variables_grid_convergence::is_gc_energy_budget_enabled = .false.

Enable convergence of energy loss.

◆ is_gc_kolmogorov_scale_enabled

logical variables_grid_convergence::is_gc_kolmogorov_scale_enabled = .false.

Enable convergence of Kolmogorov scale.

◆ is_gc_kolmogorov_timescale_enabled

logical variables_grid_convergence::is_gc_kolmogorov_timescale_enabled = .false.

Enable convergence of Kolmogorov timescale.

◆ is_gc_mass_loss_enabled

logical variables_grid_convergence::is_gc_mass_loss_enabled = .false.

Enable convergence of mass loss.

◆ is_gc_max_enabled

logical, dimension(diagnostic_field_size) variables_grid_convergence::is_gc_max_enabled = .false.

Enable convergence of max quantites.

◆ is_gc_max_species_concentration_enabled

logical, dimension(:), allocatable variables_grid_convergence::is_gc_max_species_concentration_enabled

Enable convergence of max species concentration.

◆ is_gc_max_volume_fraction_enabled

logical, dimension(:), allocatable variables_grid_convergence::is_gc_max_volume_fraction_enabled

Enable convergence of max volume fraction.

◆ is_gc_mean_enabled

logical, dimension(diagnostic_field_size) variables_grid_convergence::is_gc_mean_enabled = .false.

Enable convergence of mean quantites.

◆ is_gc_mean_kinetic_energy_enabled

logical variables_grid_convergence::is_gc_mean_kinetic_energy_enabled = .false.

Enable convergence of mean kinetic energy.

◆ is_gc_mean_longitudinal_pressure_difference_enabled

logical variables_grid_convergence::is_gc_mean_longitudinal_pressure_difference_enabled = .false.

Enable convergence of mean longitudinal pressure difference.

◆ is_gc_mean_species_concentration_enabled

logical, dimension(:), allocatable variables_grid_convergence::is_gc_mean_species_concentration_enabled

Enable convergence of mean species concentration.

◆ is_gc_mean_volume_fraction_enabled

logical, dimension(:), allocatable variables_grid_convergence::is_gc_mean_volume_fraction_enabled

Enable convergence of mean volume fraction.

◆ is_gc_min_enabled

logical, dimension(diagnostic_field_size) variables_grid_convergence::is_gc_min_enabled = .false.

Enable convergence of min quantites.

◆ is_gc_min_species_concentration_enabled

logical, dimension(:), allocatable variables_grid_convergence::is_gc_min_species_concentration_enabled

Enable convergence of min species concentration.

◆ is_gc_min_volume_fraction_enabled

logical, dimension(:), allocatable variables_grid_convergence::is_gc_min_volume_fraction_enabled

Enable convergence of min volume fraction.

◆ is_gc_nusselt_number_enabled

logical variables_grid_convergence::is_gc_nusselt_number_enabled = .false.

Enable convergence of wall Nusselt numbers.

◆ is_gc_nusselt_number_time_averaged_enabled

logical variables_grid_convergence::is_gc_nusselt_number_time_averaged_enabled = .false.

Enable convergence of wall Nusselt numbers time averaged.

◆ is_gc_phases_volume_enabled

logical variables_grid_convergence::is_gc_phases_volume_enabled = .false.

Enable convergence of volume of phases.

◆ is_gc_reference_solution_error_concentration_enabled

logical, dimension(:), allocatable variables_grid_convergence::is_gc_reference_solution_error_concentration_enabled

Enable convergence of the error on the species concentration with respect to the reference solution (L∞ norm).

◆ is_gc_reference_solution_error_density_enabled

logical variables_grid_convergence::is_gc_reference_solution_error_density_enabled = .false.

Enable convergence of the error on the density with respect to the reference solution (L∞ norm).

◆ is_gc_reference_solution_error_pressure_enabled

logical variables_grid_convergence::is_gc_reference_solution_error_pressure_enabled = .false.

Enable convergence of the error on the pressure with respect to the reference solution (L∞ norm).

◆ is_gc_reference_solution_error_temperature_enabled

logical variables_grid_convergence::is_gc_reference_solution_error_temperature_enabled = .false.

Enable convergence of the error on the temperature with respect to the reference solution (L∞ norm).

◆ is_gc_reference_solution_error_velocity_enabled

logical variables_grid_convergence::is_gc_reference_solution_error_velocity_enabled = .false.

Enable convergence of the error on the velocity with respect to the reference solution (L∞ norm).

◆ is_gc_reference_solution_error_volume_fraction_enabled

logical, dimension(:), allocatable variables_grid_convergence::is_gc_reference_solution_error_volume_fraction_enabled

Enable convergence of the error on the volume fraction with respect to the reference solution (L∞ norm).

◆ is_gc_reference_solution_symmetric_difference_area

logical variables_grid_convergence::is_gc_reference_solution_symmetric_difference_area = .false.

Enable convergence of the area of symmetric difference.

◆ is_gc_sherwood_number_enabled

logical, dimension(:), allocatable variables_grid_convergence::is_gc_sherwood_number_enabled

Enable convergence of wall Sherwood numbers.

◆ is_gc_tke_dissipation_rate_enabled

logical variables_grid_convergence::is_gc_tke_dissipation_rate_enabled = .false.

Enable convergence of TKE scale.

◆ is_gc_wall_shear_stress_enabled

logical variables_grid_convergence::is_gc_wall_shear_stress_enabled = .false.

Enable convergence of wall shear stress.

◆ is_gc_wall_shear_stress_time_averaged_enabled

logical variables_grid_convergence::is_gc_wall_shear_stress_time_averaged_enabled = .false.

Enable convergence of mean time wall shear stress.

◆ is_gc_wall_shear_velocity_enabled

logical variables_grid_convergence::is_gc_wall_shear_velocity_enabled = .false.

Enable convergence of wall shear velocity.

◆ is_gc_wall_shear_velocity_time_averaged_enabled

logical variables_grid_convergence::is_gc_wall_shear_velocity_time_averaged_enabled = .false.

Enable convergence of mean time wall shear velocity.

◆ is_gc_wall_skin_friction_coef_enabled

logical variables_grid_convergence::is_gc_wall_skin_friction_coef_enabled = .false.

Enable convergence of wall skin friction coefficients.

◆ is_gc_wall_skin_friction_coef_time_averaged_enabled

logical variables_grid_convergence::is_gc_wall_skin_friction_coef_time_averaged_enabled = .false.

Enable convergence of mean time wall skin friction coefficients.

◆ is_grid_convergence

logical variables_grid_convergence::is_grid_convergence = .false.

Activate processing related to grid convergence.

Functions/Subroutines

Variables