Stationary streamlining bodies by supersonic flow with an infinite thin low density channel

Presented are the results of numerical investigation on a basis of Euler equations of a thin infinite low-density channel effects on supersonic streamlining bodies. The investigations include different shapes of bodies and different situations of a low-density channel relatively a body. The analysis is conducted for stagnation parameters, drag forces, a standoff of the bow shock wave and a shape of its front.