finite_volume.h 文件参考

This file is the header file of Lagrangian/Eulerian hydrocode in finite volume framework. 更多...

#include "../include/var_struc.h"

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函数
void	Godunov_solver_LAG_source (const int m, struct cell_var_stru CV, double *X[], double *cpu_time, int *N_plot, double time_plot[])
void	GRP_solver_LAG_source (const int m, struct cell_var_stru CV, double *X[], double *cpu_time, int *N_plot, double time_plot[])
void	GRP_solver_radial_LAG_source (struct cell_var_stru CV, struct radial_mesh_var *rmv, double *R[], const int M, double *cpu_time, const char *problem, int N_T, int *N_plot, double time_plot[])
	This function use GRP scheme to solve radially(cylindrically) symmetric compressible flows of motion on Lagrangian coordinate. 更多...
void	Godunov_solver_EUL_source (const int m, struct cell_var_stru CV, double *cpu_time, int *N_plot, double time_plot[])
void	GRP_solver_EUL_source (const int m, struct cell_var_stru CV, double *cpu_time, int *N_plot, double time_plot[])
void	GRP_solver_2D_EUL_source (const int m, const int n, struct cell_var_stru *CV, double **X, double **Y, double *cpu_time, const char *problem, int N_T, int *N_plot, double time_plot[])
void	GRP_solver_2D_split_EUL_source (const int m, const int n, struct cell_var_stru *CV, double **X, double **Y, double *cpu_time, const char *problem, int N_T, int *N_plot, double time_plot[])
void	finite_volume_scheme_unstruct (struct flu_var *FV, const struct mesh_var *mv, const char *scheme, const char *problem, int *N_plot, const double time_plot[])
void	finite_volume_scheme_GRP2D (struct flu_var *FV, const struct mesh_var *mv, const char *phase, const char *problem)

详细描述

This file is the header file of Lagrangian/Eulerian hydrocode in finite volume framework.

This header file declares functions in the folder 'finite_volume'.

在文件 finite_volume.h 中定义.

函数说明

finite_volume_scheme_GRP2D()

void finite_volume_scheme_GRP2D	(	struct flu_var *	FV,
		const struct mesh_var *	mv,
		const char *	phase,
		const char *	problem
	)

finite_volume_scheme_unstruct()

void finite_volume_scheme_unstruct	(	struct flu_var *	FV,
		const struct mesh_var *	mv,
		const char *	scheme,
		const char *	problem,
		int *	N_plot,
		const double	time_plot[]
	)

Godunov_solver_EUL_source()

void Godunov_solver_EUL_source	(	const int	m,
		struct cell_var_stru	CV,
		double *	cpu_time,
		int *	N_plot,
		double	time_plot[]
	)

Godunov_solver_LAG_source()

void Godunov_solver_LAG_source	(	const int	m,
		struct cell_var_stru	CV,
		double *	X[],
		double *	cpu_time,
		int *	N_plot,
		double	time_plot[]
	)

GRP_solver_2D_EUL_source()

void GRP_solver_2D_EUL_source	(	const int	m,
		const int	n,
		struct cell_var_stru *	CV,
		double **	X,
		double **	Y,
		double *	cpu_time,
		const char *	problem,
		int	N_T,
		int *	N_plot,
		double	time_plot[]
	)

GRP_solver_2D_split_EUL_source()

void GRP_solver_2D_split_EUL_source	(	const int	m,
		const int	n,
		struct cell_var_stru *	CV,
		double **	X,
		double **	Y,
		double *	cpu_time,
		const char *	problem,
		int	N_T,
		int *	N_plot,
		double	time_plot[]
	)

GRP_solver_EUL_source()

void GRP_solver_EUL_source	(	const int	m,
		struct cell_var_stru	CV,
		double *	cpu_time,
		int *	N_plot,
		double	time_plot[]
	)

GRP_solver_LAG_source()

void GRP_solver_LAG_source	(	const int	m,
		struct cell_var_stru	CV,
		double *	X[],
		double *	cpu_time,
		int *	N_plot,
		double	time_plot[]
	)

GRP_solver_radial_LAG_source()

void GRP_solver_radial_LAG_source	(	struct cell_var_stru	CV,
		struct radial_mesh_var *	rmv,
		double *	R[],
		const int	M,
		double *	cpu_time,
		const char *	problem,
		int	N_T,
		int *	N_plot,
		double	time_plot[]
	)

This function use GRP scheme to solve radially(cylindrically) symmetric compressible flows of motion on Lagrangian coordinate.

参数

[in,out]	CV	Structure of cell variable data.
[in,out]	rmv	Structure of radially symmetric meshing variable data.
[in]	R	Array of the r-coordinate data.
[in]	M	Spatial dimension number for radially symmetric flow. M=1: planar flow. M=2: cylindrical flow. (√) M=3: spherical flow.
[out]	cpu_time	Array of the CPU time recording.
[in]	problem	Name of the numerical results for the test problem.
[in]	N_T	Number of data dimension storing fluid variables in memory.
[in,out]	N_plot	Pointer to the number of time steps for plotting.
[in,out]	time_plot	Array of the plotting time recording.

参见

Theory is found in Reference [1].
[1] R. Chen, J. Li & B. Tian, Application of the GRP Scheme for Cylindrical Compressible Fluid Flows. COMMUNICATIONS IN COMPUTATIONAL PHYSICS, 24.5: 1523-1555, 2018.

在文件 grp_solver_radial_LAG_source.c 第 40 行定义.

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