29 #ifndef BNDCONDS_H_INCLUDED
30 #define BNDCONDS_H_INCLUDED
91 void BcondInflow(
const Geometry &geometry,
FluidProps &fluidProps,
int ibegn,
int iendn )
const;
92 void BcondOutflow(
const Geometry &geometry,
FluidProps &fluidProps,
int ibegn,
int iendn )
const;
94 const Precond &precond,
int ibegn,
int iendn );
95 void BcondWallVisc(
const Geometry &geometry,
FluidProps &fluidProps,
int ibegn,
int iendn )
const;
98 #endif // BNDCONDS_H_INCLUDED
FlowType flowType
Definition: bndConds.h:46
REAL ptinl
Definition: bndConds.h:63
REAL qinf
Definition: bndConds.h:51
void AllocateMemory(const Geometry &geometry)
Definition: bndConds.cpp:79
Definition: fluidProps.h:39
REAL betaout
Definition: bndConds.h:63
bool vortCorr
Definition: bndConds.h:50
REAL vinf
Definition: bndConds.h:51
Definition: bndConds.h:42
BndConds()
Definition: bndConds.cpp:35
REAL uinf
Definition: bndConds.h:51
REAL machinf
Definition: bndConds.h:51
Primitive variables. All quantities are in SI units.
Definition: defs.h:89
REAL ttinl
Definition: bndConds.h:63
Definition: geometry.h:41
REAL pinf
Definition: bndConds.h:51
static void Periodic(const Geometry &geometry, CONSVARS var[])
Definition: periodic.cpp:38
REAL tinf
Definition: bndConds.h:51
FlowType
Types of fluid flow.
Definition: defs.h:36
REAL alpha
Definition: bndConds.h:51
REAL cl
Definition: bndConds.h:51
REAL betainl
Definition: bndConds.h:63
REAL pout
Definition: bndConds.h:63
~BndConds()
Definition: bndConds.cpp:67
Conserved variables. All quantities are in SI units.
Definition: defs.h:80
REAL rhoinf
Definition: bndConds.h:51
double REAL
Definition: defs.h:58
static void ZeroResiduals(const Geometry &geometry, Equations equsType, CONSVARS rhs[])
Definition: zeroResiduals.cpp:38
REAL p12rat
Definition: bndConds.h:63
void BoundaryConditions(const Geometry &geometry, FluidProps &fluidProps, const Precond &precond)
Definition: boundaryConditions.cpp:39
Equations
Kind of equations solved.
Definition: defs.h:39