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RESEARCH OF A NEW DESIGN METHOD OF VARIABLE AREA NOZZLE TURBINE FOR VCE - HARMONIC DESIGN METHOD

机译:VCE变面积喷嘴涡轮新设计方法的研究-谐波设计法。

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摘要

A new design method of variable area nozzle turbine (VANT) for Variable Cycle Engine (VCE) was expounded and researched in the paper. It is named as Harmonic Design Method, the purpose of which is to reach the demands of a series of objective conditions for the VCE turbine. Two turbines were designed using the present method and an original method discussed before. The characteristic maps of the two turbines were acquired by 3D numerical simulations to verify the feasibility and superiority of harmonic design method. Then specific analysis of the flows in two turbines under different objective conditions is performed. The results show that the turbine has good aerodynamic performance for all kinds of working conditions and reaches the design demands as well, and the flow fields are more reasonable in the turbine by harmonic design method than the original one.
机译:阐述并研究了一种用于可变循环发动机(VCE)的可变面积喷嘴涡轮(VANT)的新设计方法。它被称为谐波设计方法,其目的是满足VCE涡轮机一系列客观条件的要求。使用本方法和之前讨论的原始方法设计了两个涡轮机。通过3D数值模拟获得了两台汽轮机的特性图,验证了谐波设计方法的可行性和优越性。然后,对不同目标条件下的两个涡轮中的流量进行了具体分析。结果表明,该汽轮机在各种工况下均具有良好的空气动力学性能,也达到了设计要求,采用谐波设计的方法使汽轮机的流场比原来的更为合理。

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