cai_sagaut_model_ii.cu File Reference

#include <device/device_config.h>
#include <device/cuda/check.h>
#include "cai_sagaut_model_ii_kernel.h"

Go to the source code of this file.

Functions
void	cuda_cai_sagaut_model_ii_compute (void *u_d, void *v_d, void *w_d, void *n_x_d, void *n_y_d, void *n_z_d, void *nu_d, void *rho_w_d, void *h_d, void *tau_x_d, void *tau_y_d, void *tau_z_d, int *n_nodes, real *kappa, real *B, real *p, real *s)

Function Documentation

cuda_cai_sagaut_model_ii_compute()

void cuda_cai_sagaut_model_ii_compute	(	void *	u_d,
		void *	v_d,
		void *	w_d,
		void *	n_x_d,
		void *	n_y_d,
		void *	n_z_d,
		void *	nu_d,
		void *	rho_w_d,
		void *	h_d,
		void *	tau_x_d,
		void *	tau_y_d,
		void *	tau_z_d,
		int *	n_nodes,
		real *	kappa,
		real *	B,
		real *	p,
		real *	s
	)

Fortran wrapper for the CUDA Cai & Sagaut Model-II kernel.

Parameters

u_d	The sampled x-velocity field.
v_d	The sampled y-velocity field.
w_d	The sampled z-velocity field.
u_d	Sampled x velocity.
v_d	Sampled y velocity.
w_d	Sampled z velocity.
n_x_d	The x-component of the wall normals.
n_y_d	The y-component of the wall normals.
n_z_d	The z-component of the wall normals.
nu_d	The sampled kinematic viscosity at wall points.
rho_w_d	The sampled density at wall points.
h_d	The wall-model sampling distances.
tau_x_d	The x-component of the wall shear stress.
tau_y_d	The y-component of the wall shear stress.
tau_z_d	The z-component of the wall shear stress.
n_nodes	The number of wall points.
lx	The number of GLL points per direction.
kappa	The von Karman coefficient.
B	The log-law intercept.
p	The blending exponent.
s	The blending scale.

Definition at line 65 of file cai_sagaut_model_ii.cu.

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