CoefAero.c File Reference

Compute the aerodynamic (or hydrodynamic) forces and torques exetred by the fluid on the bodies. More...

#include "petscdmda.h"
#include "petscksp.h"
#include "petscpc.h"
#include "struct.h"
#include "LevelSet.h"
#include "CoefAero.h"
#include "Lins.h"
#include "Vectors.h"
#include "Transport.h"

Include dependency graph for CoefAero.c:

Macros
#define	__FUNCT__   "Forces_Volume"
#define	__FUNCT__   "Power_Volume"
#define	__FUNCT__   "Forces_Surface"

Functions
PetscErrorCode	Forces_Volume (Simu simu, Grid grid, Proc proc, Fields vec, Arrays arr, Obs *obs)
PetscErrorCode	Power_Volume (Simu simu, Grid grid, Proc proc, Fields vec, Arrays arr, Obs *obs)
PetscErrorCode	Forces_Surface (Simu simu, Grid grid, Proc proc, Fields vec, Arrays arr, Obs *obs)

Detailed Description

Compute the aerodynamic (or hydrodynamic) forces and torques exetred by the fluid on the bodies.

Also, compute the power (useful, useless) and efficiency

Version

0.0

Author

Michel Bergmann

Date

2023-03-03

Function Documentation

Forces_Surface()

PetscErrorCode Forces_Surface	(	Simu	simu,
		Grid	grid,
		Proc	proc,
		Fields	vec,
		Arrays	arr,
		Obs *	obs
	)

Force and torques computation from a classical surfacic approach (integratin of the stress tensor on boundariries)

!!!!!!

Forces_Volume()

PetscErrorCode Forces_Volume	(	Simu	simu,
		Grid	grid,
		Proc	proc,
		Fields	vec,
		Arrays	arr,
		Obs *	obs
	)

Force and torques computation from a volumic approach

Power_Volume()

PetscErrorCode Power_Volume	(	Simu	simu,
		Grid	grid,
		Proc	proc,
		Fields	vec,
		Arrays	arr,
		Obs *	obs
	)

Power computation from a volumic approach