Nanoscale Channel Flows Using the Virtual-Wall Model

Abstract

Atomic elements reenactment is received in the present examination to research the nanoscale gas stream attributes in harsh channels. The virtual-divider show for the harsh divider is proposed and approved. The computational productivity can be enhanced extraordinarily by utilizing this model, particularly for the low-thickness gas stream in nanoscale channels. The impact of unpleasantness component geometry on stream practices is then concentrated in detail. The liquid speed diminishes with the expansion of harshness component tallness, while it increments with the increments of component width and dividing.