Declaration of variables associated to the time discretization. More...

Variables
double precision	global_time_step = huge(1d0)
	Global time step.

integer	time_order_discretization = time_order_1
	Time discretization order; coeffcient of time order scheme.

integer	max_time_iteration = 0
	Time iterations.

integer	iter_print_to_screen = 1

integer	time_iteration = 0

integer	time_iteration_start = 1

double precision	time = 0d0

double precision	final_time = 0d0

double precision	final_time_tolerance = 1d-14

logical	is_final_time_set = .false.

logical	is_time_step_adaptative = .false.
	Adaptative time step.

logical	navier_has_temporal_stability_factor_advection = .true.

double precision	temporal_stability_factor_advection = 1d0
	The Courant number (here named as is, accordingly to other equations)

logical	navier_has_temporal_stability_factor_diffusion = .true.
	"CFL" number for diffusion

double precision	navier_temporal_stability_factor_diffusion = 1d0

logical	navier_has_temporal_stability_factor_st = .true.
	"CFL" number for surface tension waves propagation

double precision	navier_temporal_stability_factor_st = 1d0

logical	navier_has_temporal_stability_factor_acoustic = .true.
	"CFL" number for acoustic waves propagation

double precision	navier_temporal_stability_factor_acoustic = 1d0

logical	energy_has_temporal_stability_factor_diffusion = .true.
	"CFL" number for energy diffusion

double precision	energy_temporal_stability_factor_diffusion = 1d0

logical	species_transport_has_temporal_stability_factor_diffusion = .true.
	"CFL" number for species transport diffusion

double precision	species_transport_temporal_stability_factor_diffusion = 1d0

double precision	min_time_step = 0d0

double precision	max_time_step = huge(1d0)

double precision	max_time_step_increment = huge(1d0)

double precision	max_time_step_ratio = huge(1d0)

logical	is_advect_phases_first = .false.
	Algorithm variables.

logical	is_stop_tests = .false.
	Do stop tests.

logical	is_stop_simulation = .false.
	Stop the simulation is stop tests verified.

logical	is_stop_divergence = .false.
	stop test on divergence

double precision	tolerance_divergence = 1d-7

logical	is_stop_elapsed_time = .false.
	stop test on physical ellapsed time

double precision	stop_elapsed_time = 1d10

logical	is_relative_stationarity = .false.
	stop test on stationarity

logical	is_stop_stationarity = .false.

logical	is_stop_stationarity_species = .false.

logical	is_stop_stationarity_density = .false.

logical	is_stop_stationarity_temperature = .false.

logical	is_stop_stationarity_pressure = .false.

logical	is_stop_stationarity_velocity = .false.

logical	is_stop_stationarity_turbulent = .false.

logical	is_stop_stationarity_nusselt = .false.

logical	is_stop_stationarity_velocity_time_averaged = .false.

logical	is_stop_stationarity_temperature_time_averaged = .false.

logical	is_stop_stationarity_pressure_time_averaged = .false.

logical	is_stop_stationarity_density_time_averaged = .false.

logical	is_stop_stationarity_species_time_averaged = .false.

logical	is_stop_stationarity_nusselt_time_averaged = .false.

double precision	tolerance_stationarity_temperature_time_averaged = 1d-5

double precision	tolerance_stationarity_nusselt_time_averaged = 1d-5

double precision	tolerance_stationarity_pressure_time_averaged = 1d-5

double precision	tolerance_stationarity_density_time_averaged = 1d-5

double precision	tolerance_stationarity_velocity_time_averaged = 1d-5

double precision	tolerance_stationarity_species_time_averaged = 1d-5

double precision	tolerance_stationarity_species = 1d-11

double precision	tolerance_stationarity_specific_dissipation_rate = 1d-11

double precision	tolerance_stationarity_temperature = 1d-11

double precision	tolerance_stationarity_nusselt = 1d-5

double precision	tolerance_stationarity_turbulent_kinetic_energy = 1d-11

double precision	tolerance_stationarity_turbulence_dissipation = 1d-11

double precision	tolerance_stationarity_mean_squared_velocity = 1d-11

double precision	tolerance_stationarity_f_22 = 1d-11

double precision	tolerance_stationarity_velocity = 1d-11

double precision	tolerance_stationarity_pressure = 1d-11

double precision	tolerance_stationarity_density = 1d-11

Detailed Description

Declaration of variables associated to the time discretization.

Variable Documentation

◆ energy_has_temporal_stability_factor_diffusion

logical variables_time_discretization::energy_has_temporal_stability_factor_diffusion = .true.

"CFL" number for energy diffusion

◆ energy_temporal_stability_factor_diffusion

double precision variables_time_discretization::energy_temporal_stability_factor_diffusion = 1d0

◆ final_time

double precision variables_time_discretization::final_time = 0d0

◆ final_time_tolerance

double precision variables_time_discretization::final_time_tolerance = 1d-14

◆ global_time_step

double precision variables_time_discretization::global_time_step = huge(1d0)

Global time step.

◆ is_advect_phases_first

logical variables_time_discretization::is_advect_phases_first = .false.

Algorithm variables.

◆ is_final_time_set

logical variables_time_discretization::is_final_time_set = .false.

◆ is_relative_stationarity

logical variables_time_discretization::is_relative_stationarity = .false.

stop test on stationarity

◆ is_stop_divergence

logical variables_time_discretization::is_stop_divergence = .false.

stop test on divergence

◆ is_stop_elapsed_time

logical variables_time_discretization::is_stop_elapsed_time = .false.

stop test on physical ellapsed time

◆ is_stop_simulation

logical variables_time_discretization::is_stop_simulation = .false.

Stop the simulation is stop tests verified.

◆ is_stop_stationarity

logical variables_time_discretization::is_stop_stationarity = .false.

◆ is_stop_stationarity_density

logical variables_time_discretization::is_stop_stationarity_density = .false.

◆ is_stop_stationarity_density_time_averaged

logical variables_time_discretization::is_stop_stationarity_density_time_averaged = .false.

◆ is_stop_stationarity_nusselt

logical variables_time_discretization::is_stop_stationarity_nusselt = .false.

◆ is_stop_stationarity_nusselt_time_averaged

logical variables_time_discretization::is_stop_stationarity_nusselt_time_averaged = .false.

◆ is_stop_stationarity_pressure

logical variables_time_discretization::is_stop_stationarity_pressure = .false.

◆ is_stop_stationarity_pressure_time_averaged

logical variables_time_discretization::is_stop_stationarity_pressure_time_averaged = .false.

◆ is_stop_stationarity_species

logical variables_time_discretization::is_stop_stationarity_species = .false.

◆ is_stop_stationarity_species_time_averaged

logical variables_time_discretization::is_stop_stationarity_species_time_averaged = .false.

◆ is_stop_stationarity_temperature

logical variables_time_discretization::is_stop_stationarity_temperature = .false.

◆ is_stop_stationarity_temperature_time_averaged

logical variables_time_discretization::is_stop_stationarity_temperature_time_averaged = .false.

◆ is_stop_stationarity_turbulent

logical variables_time_discretization::is_stop_stationarity_turbulent = .false.

◆ is_stop_stationarity_velocity

logical variables_time_discretization::is_stop_stationarity_velocity = .false.

◆ is_stop_stationarity_velocity_time_averaged

logical variables_time_discretization::is_stop_stationarity_velocity_time_averaged = .false.

◆ is_stop_tests

logical variables_time_discretization::is_stop_tests = .false.

Do stop tests.

◆ is_time_step_adaptative

logical variables_time_discretization::is_time_step_adaptative = .false.

Adaptative time step.

◆ iter_print_to_screen

integer variables_time_discretization::iter_print_to_screen = 1

◆ max_time_iteration

integer variables_time_discretization::max_time_iteration = 0

Time iterations.

◆ max_time_step

double precision variables_time_discretization::max_time_step = huge(1d0)

◆ max_time_step_increment

double precision variables_time_discretization::max_time_step_increment = huge(1d0)

◆ max_time_step_ratio

double precision variables_time_discretization::max_time_step_ratio = huge(1d0)

◆ min_time_step

double precision variables_time_discretization::min_time_step = 0d0

◆ navier_has_temporal_stability_factor_acoustic

logical variables_time_discretization::navier_has_temporal_stability_factor_acoustic = .true.

"CFL" number for acoustic waves propagation

◆ navier_has_temporal_stability_factor_advection

logical variables_time_discretization::navier_has_temporal_stability_factor_advection = .true.

◆ navier_has_temporal_stability_factor_diffusion

logical variables_time_discretization::navier_has_temporal_stability_factor_diffusion = .true.

"CFL" number for diffusion

◆ navier_has_temporal_stability_factor_st

logical variables_time_discretization::navier_has_temporal_stability_factor_st = .true.

"CFL" number for surface tension waves propagation

◆ navier_temporal_stability_factor_acoustic

double precision variables_time_discretization::navier_temporal_stability_factor_acoustic = 1d0

◆ navier_temporal_stability_factor_diffusion

double precision variables_time_discretization::navier_temporal_stability_factor_diffusion = 1d0

◆ navier_temporal_stability_factor_st

double precision variables_time_discretization::navier_temporal_stability_factor_st = 1d0

◆ species_transport_has_temporal_stability_factor_diffusion

logical variables_time_discretization::species_transport_has_temporal_stability_factor_diffusion = .true.

"CFL" number for species transport diffusion

◆ species_transport_temporal_stability_factor_diffusion

double precision variables_time_discretization::species_transport_temporal_stability_factor_diffusion = 1d0

◆ stop_elapsed_time

double precision variables_time_discretization::stop_elapsed_time = 1d10

◆ temporal_stability_factor_advection

double precision variables_time_discretization::temporal_stability_factor_advection = 1d0

The Courant number (here named as is, accordingly to other equations)

◆ time

double precision variables_time_discretization::time = 0d0

◆ time_iteration

integer variables_time_discretization::time_iteration = 0

◆ time_iteration_start

integer variables_time_discretization::time_iteration_start = 1

◆ time_order_discretization

integer variables_time_discretization::time_order_discretization = time_order_1

Time discretization order; coeffcient of time order scheme.

◆ tolerance_divergence

double precision variables_time_discretization::tolerance_divergence = 1d-7

◆ tolerance_stationarity_density

double precision variables_time_discretization::tolerance_stationarity_density = 1d-11

◆ tolerance_stationarity_density_time_averaged

double precision variables_time_discretization::tolerance_stationarity_density_time_averaged = 1d-5

◆ tolerance_stationarity_f_22

double precision variables_time_discretization::tolerance_stationarity_f_22 = 1d-11

◆ tolerance_stationarity_mean_squared_velocity

double precision variables_time_discretization::tolerance_stationarity_mean_squared_velocity = 1d-11

◆ tolerance_stationarity_nusselt

double precision variables_time_discretization::tolerance_stationarity_nusselt = 1d-5

◆ tolerance_stationarity_nusselt_time_averaged

double precision variables_time_discretization::tolerance_stationarity_nusselt_time_averaged = 1d-5

◆ tolerance_stationarity_pressure

double precision variables_time_discretization::tolerance_stationarity_pressure = 1d-11

◆ tolerance_stationarity_pressure_time_averaged

double precision variables_time_discretization::tolerance_stationarity_pressure_time_averaged = 1d-5

◆ tolerance_stationarity_species

double precision variables_time_discretization::tolerance_stationarity_species = 1d-11

◆ tolerance_stationarity_species_time_averaged

double precision variables_time_discretization::tolerance_stationarity_species_time_averaged = 1d-5

◆ tolerance_stationarity_specific_dissipation_rate

double precision variables_time_discretization::tolerance_stationarity_specific_dissipation_rate = 1d-11

◆ tolerance_stationarity_temperature

double precision variables_time_discretization::tolerance_stationarity_temperature = 1d-11

◆ tolerance_stationarity_temperature_time_averaged

double precision variables_time_discretization::tolerance_stationarity_temperature_time_averaged = 1d-5

◆ tolerance_stationarity_turbulence_dissipation

double precision variables_time_discretization::tolerance_stationarity_turbulence_dissipation = 1d-11

◆ tolerance_stationarity_turbulent_kinetic_energy

double precision variables_time_discretization::tolerance_stationarity_turbulent_kinetic_energy = 1d-11

◆ tolerance_stationarity_velocity

double precision variables_time_discretization::tolerance_stationarity_velocity = 1d-11

◆ tolerance_stationarity_velocity_time_averaged

double precision variables_time_discretization::tolerance_stationarity_velocity_time_averaged = 1d-5

Variables