StabilizationSUPG_semi_implicit_ale.cpp File Reference

#include <lifev/navier_stokes_blocks/solver/StabilizationSUPG_semi_implicit_ale.hpp>

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Namespaces
	LifeV
	Default Physical Solver.

Macros
#define	TAU_M   value(1.0)/( eval(squareroot,TAU_M_DEN) )
#define	TAU_M_DEN   TAU_M_DEN_DT + TAU_M_DEN_VEL + TAU_M_DEN_VISC
#define	TAU_M_DEN_DT   value(M_density*M_density)*value(M_bdfOrder*M_bdfOrder)/value(M_timestep * M_timestep)
#define	TAU_M_DEN_VEL   value(M_density*M_density)*dot(value(M_fespaceUETA, beta_rep), value(M_fespaceUETA, beta_rep))/(h_K*h_K)
#define	TAU_M_DEN_VISC   value(M_C_I)*value(M_viscosity*M_viscosity)/(h_K*h_K*h_K*h_K)
#define	TAU_M_TILDE   value(1.0)/( TAU_M_DEN_DT_NOSQUARED + eval(squareroot,TAU_M_DEN_VEL+TAU_M_DEN_VISC) )
#define	TAU_M_DEN_DT_NOSQUARED   value(M_density)*value(M_alpha)/value(M_timestep)
#define	TAU_C   (h_K*h_K)/(TAU_M)
#define	TAU_M_NO_DT   value(1.0)/( eval( squareroot, TAU_M_DEN_VEL + TAU_M_DEN_VISC ) )
#define	TAU_C_NO_DT   (h_K*h_K)/(TAU_M_NO_DT)
#define	TAU_M_UPRIME   value(1.0)/( TAU_M_DEN_DT_NOSQUARED + eval(squareroot,TAU_M_DEN_UPRIME) )
#define	TAU_M_DEN_UPRIME   TAU_M_DEN_VEL_UPRIME + TAU_M_DEN_VISC_UPRIME
#define	TAU_M_DEN_VEL_UPRIME   value(M_density*M_density)*dot(value(M_fespaceUETA, *velocity_repeated), value(M_fespaceUETA, *velocity_repeated))/(h_K*h_K)
#define	TAU_M_DEN_VISC_UPRIME   value(M_C_I)*value(M_viscosity*M_viscosity)/(h_K*h_K*h_K*h_K)
#define	TAU_M_NO_DT_UPRIME   value(1.0)/( eval( squareroot, TAU_M_DEN_VEL_UPRIME + TAU_M_DEN_VISC_UPRIME ) )
#define	TAU_C_NO_DT_PPRIME   (h_K*h_K)/(TAU_M_NO_DT_UPRIME)

Macro Definition Documentation

TAU_M

#define TAU_M   value(1.0)/( eval(squareroot,TAU_M_DEN) )

Definition at line 4 of file StabilizationSUPG_semi_implicit_ale.cpp.

TAU_M_DEN

#define TAU_M_DEN   TAU_M_DEN_DT + TAU_M_DEN_VEL + TAU_M_DEN_VISC

Definition at line 5 of file StabilizationSUPG_semi_implicit_ale.cpp.

TAU_M_DEN_DT

#define TAU_M_DEN_DT   value(M_density*M_density)*value(M_bdfOrder*M_bdfOrder)/value(M_timestep * M_timestep)

Definition at line 6 of file StabilizationSUPG_semi_implicit_ale.cpp.

TAU_M_DEN_VEL

#define TAU_M_DEN_VEL   value(M_density*M_density)*dot(value(M_fespaceUETA, beta_rep), value(M_fespaceUETA, beta_rep))/(h_K*h_K)

Definition at line 7 of file StabilizationSUPG_semi_implicit_ale.cpp.

TAU_M_DEN_VISC

#define TAU_M_DEN_VISC   value(M_C_I)*value(M_viscosity*M_viscosity)/(h_K*h_K*h_K*h_K)

Definition at line 8 of file StabilizationSUPG_semi_implicit_ale.cpp.

TAU_M_TILDE

#define TAU_M_TILDE   value(1.0)/( TAU_M_DEN_DT_NOSQUARED + eval(squareroot,TAU_M_DEN_VEL+TAU_M_DEN_VISC) )

Definition at line 10 of file StabilizationSUPG_semi_implicit_ale.cpp.

TAU_M_DEN_DT_NOSQUARED

#define TAU_M_DEN_DT_NOSQUARED   value(M_density)*value(M_alpha)/value(M_timestep)

Definition at line 11 of file StabilizationSUPG_semi_implicit_ale.cpp.

TAU_C

#define TAU_C   (h_K*h_K)/(TAU_M)

Definition at line 14 of file StabilizationSUPG_semi_implicit_ale.cpp.

TAU_M_NO_DT

#define TAU_M_NO_DT   value(1.0)/( eval( squareroot, TAU_M_DEN_VEL + TAU_M_DEN_VISC ) )

Definition at line 17 of file StabilizationSUPG_semi_implicit_ale.cpp.

TAU_C_NO_DT

#define TAU_C_NO_DT   (h_K*h_K)/(TAU_M_NO_DT)

Definition at line 18 of file StabilizationSUPG_semi_implicit_ale.cpp.

TAU_M_UPRIME

#define TAU_M_UPRIME   value(1.0)/( TAU_M_DEN_DT_NOSQUARED + eval(squareroot,TAU_M_DEN_UPRIME) )

Definition at line 21 of file StabilizationSUPG_semi_implicit_ale.cpp.

TAU_M_DEN_UPRIME

#define TAU_M_DEN_UPRIME   TAU_M_DEN_VEL_UPRIME + TAU_M_DEN_VISC_UPRIME

Definition at line 22 of file StabilizationSUPG_semi_implicit_ale.cpp.

TAU_M_DEN_VEL_UPRIME

#define TAU_M_DEN_VEL_UPRIME   value(M_density*M_density)*dot(value(M_fespaceUETA, *velocity_repeated), value(M_fespaceUETA, *velocity_repeated))/(h_K*h_K)

Definition at line 23 of file StabilizationSUPG_semi_implicit_ale.cpp.

TAU_M_DEN_VISC_UPRIME

#define TAU_M_DEN_VISC_UPRIME   value(M_C_I)*value(M_viscosity*M_viscosity)/(h_K*h_K*h_K*h_K)

Definition at line 24 of file StabilizationSUPG_semi_implicit_ale.cpp.

TAU_M_NO_DT_UPRIME

#define TAU_M_NO_DT_UPRIME   value(1.0)/( eval( squareroot, TAU_M_DEN_VEL_UPRIME + TAU_M_DEN_VISC_UPRIME ) )

Definition at line 27 of file StabilizationSUPG_semi_implicit_ale.cpp.

TAU_C_NO_DT_PPRIME

#define TAU_C_NO_DT_PPRIME   (h_K*h_K)/(TAU_M_NO_DT_UPRIME)

Definition at line 28 of file StabilizationSUPG_semi_implicit_ale.cpp.