Declaration of the field arrays associated to the Navier-Stokes equations. More...

Variables
type(t_face_field)	velocity
	Velocity at time \( t^{n+1} \).

type(t_face_field)	velocity_r

type(t_face_field)	velocity_t

type(t_face_field)	velocity_n
	Velocity at time \( t^{n} \).

type(t_face_field)	velocity_nm1
	Velocity at time \( t^{n-1} \).

type(t_face_field)	velocity_extrapolated
	Velocity at time \( t^{n+2} \).

double precision, dimension(:,:,:), allocatable	divergence
	Divergence of the velocity vector.

double precision, dimension(:,:,:), allocatable	divergence_extrapolated
	Divergence at time \( t^{n+2} \).

type(t_face_field)	velocity_predicted
	Predicted velocity (at the end of momentum momentum step)

double precision, dimension(:,:,:), allocatable	divergence_predicted
	Predicted divergence (at the end of momentum step)

double precision, dimension(:,:,:), allocatable	pressure
	Pressure.

double precision, dimension(:,:,:), allocatable	pressure_n

double precision, dimension(:,:,:), allocatable	pressure_nm1

double precision, dimension(:,:,:), allocatable	pressure_extrapolated

double precision, dimension(:,:,:), allocatable	pressure_bulk_phase_1
	Pressure at bulk phases (for multiphase compressible flows with surface tension)

double precision, dimension(:,:,:), allocatable	pressure_bulk_phase_2

double precision, dimension(:,:,:), allocatable	pressure_n_bulk_phase_1

double precision, dimension(:,:,:), allocatable	pressure_n_bulk_phase_2

double precision, dimension(:,:,:), allocatable	pressure_increment
	Pressure increment \( p^{n+1} - p^{n} \).

double precision, dimension(:,:,:), allocatable	u_grad_p

double precision, dimension(:,:,:), allocatable	continuity_source_term
	Continuity source term.

double precision, dimension(:,:,:), allocatable	pressure_source_term
	Pressure source term.

type(t_face_field)	momentum_source_term
	Source term.

type(t_face_field)	momentum_source_term_n
	Source term at time \( t^{n} \).

type(t_face_field)	momentum_source_term_nm1
	Source term at time \( t^{n-1} \).

type(t_face_field)	momentum_linear_term_coef
	Linear term at time \( t^{n-1} \).

double precision, dimension(:,:,:), allocatable	permeability
	Permeability.

type(t_immersed_boundary_condition), dimension(:), allocatable	ibc_pressure
	Immersed boundary pressure field.

type(t_immersed_boundary_condition), dimension(:), allocatable	ibc_density
	Immersed boundary density field.

type(t_face_immersed_boundary_condition), dimension(:), allocatable	ibc_velocity
	Immersed boundary velocity field.

logical, dimension(:,:,:), allocatable	navier_is_penalized_cell
	Navier penalized cells.

logical, dimension(:,:,:), allocatable	navier_is_outer_node_cell
	Navier outer_node cells.

type(t_face_field)	pressure_gradient
	Pressure gradient.

type(t_face_field)	surface_tension
	Surface tension.

type(t_face_field)	navier_explicit_terms_accumulator_n
	The current step explicit terms accumulator, if needed.

type(t_face_field)	navier_explicit_terms_accumulator_nm1
	The previous step explicit terms accumulator, if needed.

type(t_face_field)	navier_grid_volume_face
	Grid volume for the Navier-Stokes equation.

double precision, dimension(:,:,:), allocatable	navier_grid_volume_cell

Detailed Description

Declaration of the field arrays associated to the Navier-Stokes equations.

Variable Documentation

◆ continuity_source_term

double precision, dimension(:,:,:), allocatable fields_navier::continuity_source_term

Continuity source term.

◆ divergence

double precision, dimension(:,:,:), allocatable fields_navier::divergence

Divergence of the velocity vector.

◆ divergence_extrapolated

double precision, dimension(:,:,:), allocatable fields_navier::divergence_extrapolated

Divergence at time \( t^{n+2} \).

◆ divergence_predicted

double precision, dimension(:,:,:), allocatable fields_navier::divergence_predicted

Predicted divergence (at the end of momentum step)

◆ ibc_density

type(t_immersed_boundary_condition), dimension(:), allocatable fields_navier::ibc_density

Immersed boundary density field.

◆ ibc_pressure

type(t_immersed_boundary_condition), dimension(:), allocatable fields_navier::ibc_pressure

Immersed boundary pressure field.

◆ ibc_velocity

type(t_face_immersed_boundary_condition), dimension(:), allocatable fields_navier::ibc_velocity

Immersed boundary velocity field.

◆ momentum_linear_term_coef

type(t_face_field) fields_navier::momentum_linear_term_coef

Linear term at time \( t^{n-1} \).

◆ momentum_source_term

type(t_face_field) fields_navier::momentum_source_term

Source term.

◆ momentum_source_term_n

type(t_face_field) fields_navier::momentum_source_term_n

Source term at time \( t^{n} \).

◆ momentum_source_term_nm1

type(t_face_field) fields_navier::momentum_source_term_nm1

Source term at time \( t^{n-1} \).

◆ navier_explicit_terms_accumulator_n

type(t_face_field) fields_navier::navier_explicit_terms_accumulator_n

The current step explicit terms accumulator, if needed.

◆ navier_explicit_terms_accumulator_nm1

type(t_face_field) fields_navier::navier_explicit_terms_accumulator_nm1

The previous step explicit terms accumulator, if needed.

◆ navier_grid_volume_cell

double precision, dimension(:,:,:), allocatable fields_navier::navier_grid_volume_cell

◆ navier_grid_volume_face

type(t_face_field) fields_navier::navier_grid_volume_face

Grid volume for the Navier-Stokes equation.

◆ navier_is_outer_node_cell

logical, dimension(:,:,:), allocatable fields_navier::navier_is_outer_node_cell

Navier outer_node cells.

◆ navier_is_penalized_cell

logical, dimension(:,:,:), allocatable fields_navier::navier_is_penalized_cell

Navier penalized cells.

◆ permeability

double precision, dimension(:,:,:), allocatable fields_navier::permeability

Permeability.

◆ pressure

double precision, dimension(:,:,:), allocatable fields_navier::pressure

Pressure.

◆ pressure_bulk_phase_1

double precision, dimension(:,:,:), allocatable fields_navier::pressure_bulk_phase_1

Pressure at bulk phases (for multiphase compressible flows with surface tension)

◆ pressure_bulk_phase_2

double precision, dimension(:,:,:), allocatable fields_navier::pressure_bulk_phase_2

◆ pressure_extrapolated

double precision, dimension(:,:,:), allocatable fields_navier::pressure_extrapolated

◆ pressure_gradient

type(t_face_field) fields_navier::pressure_gradient

Pressure gradient.

◆ pressure_increment

double precision, dimension(:,:,:), allocatable fields_navier::pressure_increment

Pressure increment \( p^{n+1} - p^{n} \).

◆ pressure_n

double precision, dimension(:,:,:), allocatable fields_navier::pressure_n

◆ pressure_n_bulk_phase_1

double precision, dimension(:,:,:), allocatable fields_navier::pressure_n_bulk_phase_1

◆ pressure_n_bulk_phase_2

double precision, dimension(:,:,:), allocatable fields_navier::pressure_n_bulk_phase_2

◆ pressure_nm1

double precision, dimension(:,:,:), allocatable fields_navier::pressure_nm1

◆ pressure_source_term

double precision, dimension(:,:,:), allocatable fields_navier::pressure_source_term

Pressure source term.

◆ surface_tension

type(t_face_field) fields_navier::surface_tension

Surface tension.

◆ u_grad_p

double precision, dimension(:,:,:), allocatable fields_navier::u_grad_p

◆ velocity

type(t_face_field) fields_navier::velocity

Velocity at time \( t^{n+1} \).

◆ velocity_extrapolated

type(t_face_field) fields_navier::velocity_extrapolated

Velocity at time \( t^{n+2} \).

◆ velocity_n

type(t_face_field) fields_navier::velocity_n

Velocity at time \( t^{n} \).

◆ velocity_nm1

type(t_face_field) fields_navier::velocity_nm1

Velocity at time \( t^{n-1} \).

◆ velocity_predicted

type(t_face_field) fields_navier::velocity_predicted

Predicted velocity (at the end of momentum momentum step)

◆ velocity_r

type(t_face_field) fields_navier::velocity_r

◆ velocity_t

type(t_face_field) fields_navier::velocity_t

Variables