Perfection of the closed discrete vortical scope method for calculation of the frontal resistance axisymetric high-drag bodies of various forms
The article deals with questions of numerical modeling by the method of closed vortical scope of non-stationary detachable streamline having both fixed, and moving line of detachment. The universal way of the non-penetration of free vortical veil through the surface of streamline bodies provision. Examples of resistance calculations for a sphere at various modes of flow, a circular cone and a hemisphere are offered. Comparison with the experiment is executed.