Numerical study of hypersonic viscous flow about plates located behind a cylinder

Abstract

A new implicit monotonized scheme of second-order accuracy and Newton's method for solving the grid equations approximated the Navier-Stokes equations were developed to simulate the two-dimensional hypersonic viscous flow about a plate located in the wakes of a cylinder. The strong influence of the geometrical factor of interference between a plate and a cylinder (characterized by the normalized distance between the bodies) on skin friction and heat flux along the plane and cylinder surfaces have been found The changes of temperature, pressure and velocity fields in the wake behind the cylinder have been analyzed.