1978
DOI: 10.1007/bf01089677
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Discharge of a supersonic jet from a nozzle with an inclined rim

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“…The earlier works start to deal with simplified computations, such as the parabolized Navier-Stokes equations [27,148,175,112,37,215,222] or the thin-layer approximation [223]. Then, one may find some papers dealing with the Euler equations [138,111,147,75,36,214,17,81,115,82,20,119,219,14,120,23,[262][263][264][265][266]177]. Most often, they are based on finite difference schemes [147,36,214,115,82,14,264,265,177] even if now new ones used the finite volume method [138,75,81,20,263,120,23] or even the finite element method [111].…”
Section: Modeling Approachesmentioning
confidence: 99%
“…The earlier works start to deal with simplified computations, such as the parabolized Navier-Stokes equations [27,148,175,112,37,215,222] or the thin-layer approximation [223]. Then, one may find some papers dealing with the Euler equations [138,111,147,75,36,214,17,81,115,82,20,119,219,14,120,23,[262][263][264][265][266]177]. Most often, they are based on finite difference schemes [147,36,214,115,82,14,264,265,177] even if now new ones used the finite volume method [138,75,81,20,263,120,23] or even the finite element method [111].…”
Section: Modeling Approachesmentioning
confidence: 99%