Spatial averages

The following inputs must be preceded by “mfix.” and control whether to compute spatial averages, and how often to output the results. n is the number of spatial averages implicitly defined by the size of avg_region_x_w.

	Description	Type	Default
avg_int	Interval, in number of CFD dt’s, to write output	Int	-1
avg_file	Base file name which is appended with the data type (vel_p, p_g, ep_g or vel_g), the number of this type of averaging, and the .csv file extension	String	avg_region
avg_ep_g	Average and save fluid-phase volume fraction (if 1)	n*Int	0
avg_p_g	Average and save fluid-phase pressure (if 1)	n*Int	0
avg_vel_g	Average and save fluid-phase velocity (if 1)	n*Int	0
avg_T_g	Average and save fluid-phase temperature (if 1)	n*Int	0
avg_ro_p	Average and save particle density (if 1)	n*Int	0
avg_vel_p	Average and save particle velocity (if 1)	n*Int	0
avg_T_p	Average and save particle temperature (if 1)	n*Int	0
avg_region_x_w	Lower bound of averaging region in x-direction	n*Real	None
avg_region_x_e	Upper bound of averaging region in x-direction	n*Real	None
avg_region_y_s	Lower bound of averaging region in y-direction	n*Real	None
avg_region_y_n	Upper bound of averaging region in y-direction	n*Real	None
avg_region_z_b	Lower bound of averaging region in z-direction	n*Real	None
avg_region_z_t	Upper bound of averaging region in z-direction	n*Real	None