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NUMERICAL STUDY OF TOPOLOGICAL STRUCTURE OF 3-D TRANSONIC VISCOUS FLOW FIELD (TVFF) INSIDE TURBINE CASCADE
作者姓名:Guo Yanhu  Shen Mengyu  Wang Baoguo
作者单位:Dept. Eng. Mech.,Tsinghua University,Beijing,100084,China
摘    要:NUMERICALSTUDYOFTOPOLOGICALSTRUCTUREOF3DTRANSONICVISCOUSFLOWFIELD(TVFF)INSIDETURBINECASCADEGuoYanhu,ShenMengyu,WangBaoguo(De...


NUMERICAL STUDY OF TOPOLOGICAL STRUCTURE OF 3 D TRANSONIC VISCOUS FLOW FIELD (TVFF) INSIDE TURBINE CASCADE
Guo Yanhu,Shen Mengyu,Wang Baoguo.NUMERICAL STUDY OF TOPOLOGICAL STRUCTURE OF 3-D TRANSONIC VISCOUS FLOW FIELD (TVFF) INSIDE TURBINE CASCADE[J].Chinese Journal of Aeronautics,1997(3).
Authors:Guo Yanhu  Shen Mengyu  Wang Baoguo
Abstract:The major purpose of this paper is to numerically study the complex structure of vortex system occurring within transonic turbine cascade. The transonic viscous flow in turbine cascade is simulated by solving full 3D Reynolds average N S equations, and then detailed analyses of vortex system structure are presented. Under guidance of topology, the wall limiting streamlines are employed to reveal the flow structure near the wall, and an analysis of space streamlines and cross section streamlines is given for the investigation of flow structure in the flow field. Through the analysis, the formation and evolution of the vortex system and the whole process of separation occurring within this turbine cascade are revealed
Keywords:supersonic turbines  three dimensional flow  viscous flow  flow structure  numerical simulation
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