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绕物体超声速非均匀尾流(英文)
引用本文:N.N.别辽金,R.F.塔利波夫,V.S.凯雷布尼柯夫.绕物体超声速非均匀尾流(英文)[J].实验流体力学,1998(2).
作者姓名:N.N.别辽金  R.F.塔利波夫  V.S.凯雷布尼柯夫
作者单位:莫斯科州立大学力学学院
摘    要:针对超声速入射流的非均匀性对物体的气体动力特性和热特性的影响作了研究。本述评主要讨论的是尾流型非均匀流动,重点为研究它们的实验方法和理论方法、气流中物体的热和动力特性的普遍相似关系,以及非均匀流的分类和特性等方面。

关 键 词:入射流  非均匀流  近尾流  远尾流  热特性  动态特性普遍相似关系

SUPERSONIC NONUNIFORM WAKE FLOW PAST BODIES
N.N.Pilyugin R.F.Talipov V.S.Khlebnikov Institute of Mechanics,Moscow State University,Moscow, Russia.SUPERSONIC NONUNIFORM WAKE FLOW PAST BODIES[J].Experiments and Measur in Fluid Mechanics,1998(2).
Authors:NNPilyugin RFTalipov VSKhlebnikov Institute of Mechanics  Moscow State University  Moscow  Russia
Institution:N.N.Pilyugin R.F.Talipov V.S.Khlebnikov Institute of Mechanics,Moscow State University,Moscow,119899 Russia
Abstract:Analysis is made of the effect of nonuniformity of a supersonic incident flow on the gas dynamic and thermal characteristics of bodies.In the first part of this review,nonuniform flows of the wake type are treated.The emphasis is placed on the classification and characteristic properties of nonuniform flows,as well as on the experimental and theoretical methods of their investigation and on universal similarity relations for the thermal and dynamic characteristics of bodies in the flow.
Keywords:Incident  flow  nonuniform  flow  near  wake  far  wake  thermal  characteristics  dynamic  characteristics  universal  similarity  relation  0  Introduction      At  present  ever  greater  urgency  is  acquired  by  gasdynamic  problems  which  in
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