SUPERSONIC STEADY AND UNSTEADY FLOWS OVER SLENDER AXISYMMETRIC BODIES WITH CONTINUOUS OR DISCONTINUOUS SURFACE SLOPES PART Ⅰ

摘要

This report contains the first part of an investigation aimed at finding methods for calculating steady and unsteady in viscid flows past slender three-dimensional bodies of general shape, with continuous or discontinuous slope, tut with continuous cross-sectional area. The method is an extension of an approximation proposed by Light hill (1948) in which the solution is based on the solution of Laplace transformed potential equation and is expressed by Bessel functions.