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本文根据文献[1]提出的三元流动通用理论,使用两类流面的交替迭代求解三元流场的方法,在已有的S_1和S_2流面计算机程序的基础上,建立起一个数值求解叶轮机械三元流场的完整体系。本文算例的收敛过程和计算结果充分证明了用两类流面交替迭代方法求解三元流场的有效性。
Based on the general theory of ternary flow proposed in [1], this paper uses the alternating iteration of two types of flow surfaces to solve the ternary flow field. Based on the existing computer programs of S_1 and S_2 flow surfaces, a numerical solution Impeller machinery ternary flow field of a complete system. The convergence process and the calculation results of the example in this paper fully prove that the validity of the ternary flow field can be solved by using two kinds of alternate flow surface iterative methods.