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Rankine-Hugoniot Emulating (Density vs. Velocity) Relationship for CFD UsageWithin an Inviscid Shock Wave

机译：Rankine-Hugoniot模拟（密度与速度）关系CFD用于Inviscid冲击波

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To enable the Full Potential Equation method of computing transonic inviscid

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作者
Shaw, B. W.;
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年度 1991
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总页数 29
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Inviscid flow; Shock waves; Transonic flow; Potential flow; Dynamics; Exits; Fluiddynamics; Hugoniot equations; Inlets; Shock; Value;

机译：Inviscid flow;冲击波;跨音速流动;势流;动力学;退出;流体动力学; Hugoniot方程;入口;冲击;值;

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1. The classical Rankine-Hugoniot jump conditions, an important cornerstone of modern shock wave physics: ideal assumptions vs. reality [J] . Krehl Peter O. K. European Physical Journal, H. Historical Perspectives on Contemporary Physics . 2015,第2期

机译：经典的兰金-休格尼奥跳变条件，现代冲击波物理学的重要基石：理想假设与现实
2. EFFECTIVE RANKINE-HUGONIOT CONDITIONS FOR SHOCK WAVES IN PERIODIC MEDIA [J] . Ketcheson David I, De Luna Manuel Quezada Communications in mathematical sciences . 2020,第4期

机译：在周期性媒体中有效的兰氏兰队 - Hugoniot条件
3. Hydrodynamics of shock waves with reflected particles. I. Rankine-Hugoniot relations and stationary solutions [J] . Dasgupta B, Burrows R, Zank GP, Physics of plasmas . 2006,第8期

机译：带有反射粒子的冲击波的流体动力学。一，兰金-休格尼奥特关系和平稳解
4. ADMISSIBLE SHOCK WAVES AND SHOCK-INDUCED PHASE TRANSITION IN A VAN DER WAALS FLUID (PART II - RANKINE-HUGONIOT CONDITIONS AND SHOCK ADMISSIBILITY) [C] . T. RUGGERI, A. MENTRELLI, M. SUGIYAMA Conference on Waves and Stability in Continuous Media . 2010

机译：van der Waals流体中可接受的冲击波和震动诱导的相变（第二部分 - 兰氏蛋白 - Hugoniot条件和休克可容许性）
5. Asymptotic Stabilities of Shock Waves and Rarefaction Waves under Periodic Perturbations for Inviscid and Viscous Convex Conservation Laws [D] . Yuan, Qian. 2019

机译：在缺陷和粘性凸性保护法中定期扰动下冲击波和稀疏波的渐近稳定性
6. Collective cell migration without proliferation: density determines cell velocity and wave velocity [O] . Sham Tlili, Estelle Gauquelin, Brigitte Li, 2018

机译：集体细胞迁移而无增殖：密度决定细胞速度和波速
7. A Rankine-Hugoniot Emulating (Density vs. Velocity) Relationship for CFD Usage Within an Inviscid Shock Wave [O] . B. W. Shaw 1991

机译：在INCISCID冲击波内的CFD使用中的ranciens-hugoniot模拟（密度与速度）关系

Rankine-Hugoniot Emulating (Density vs. Velocity) Relationship for CFD UsageWithin an Inviscid Shock Wave

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