作者: S.B Pope
DOI: 10.1016/0021-9991(78)90091-8
关键词:
摘要: Many flows of practical interest, such as those that are bounded by curved surfaces, could be calculated in curvilinear coordinates more accurately, conveniently, and economically than Cartesian coordinates. A calculation procedure is developed representing the conservation equations general orthogonal so obtaining appropriate finite-difference equations. These written a similar manner to their counterparts, thus enabling Gosman Pun (Imperial College Report HTS/73/2) adapted. The viability depends upon ability generate an grid given flow geometry consequently grid-generation also developed: it based on solution, iterative technique, Laplace's equation for nodes. combined procedures tested demonstrated calculating properties diffuser sufficient divergence cause recirculation.