Direct simulation Monte Carlo computations and experiments on leading-edge paration in rarefied
鸡脚煲hypersonic flow
期刊名称： Journal of Fluid Mechanics
作者： R. Prakash,L. M. Le Page,L. P. McQuellin,S. L. Gai,S. O'Byrne
吸引拼音
法国革命鸡的卡通图片年份： 2019年
关键词： high-speed flow;parated flows;rarefied gas flow带七的诗句
摘要：A comprehensive study of the fundamental characteristics of leading-edge paration in rarefied hypersonic flows is undertaken and its salient features are elucidated. Separation of a boundary layer undergoing strong expansion is typical in many practical hypersonic applications such as ba flows of re-entry vehicles and flows over deflected control surfaces. Boundary layer growth under such conditions is influenced by effects of rarefaction and thermal non-equilibrium, thereby风景对联
班门弄斧什么意思醋疗美容
differing significantly from the conventional no-slip Blasius type. A leading-edge paration configuration prents a fundamental ca for studying the characteristics of such a flow paration but with minimal influence from a pre-existing boundary layer. In this work, direct simulation Monte Carlo computations have been performed to investigate
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