Abstr:3D boundary layers under various pressure gradients, including severe adverse pressure gradient causing separation: Difference between revisions
(New page: ==Semi-Confined Flows== ===Underlying Flow Regime 3-08=== ====Abstract==== Boundary layers subject to an adverse pressure gradient are very often encountered in flows around bodies, and ...) |
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==Semi-Confined Flows== | ==Semi-Confined Flows== | ||
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Boundary layers subject to an adverse pressure gradient are very often encountered in flows around bodies, and represent a severe test case for the numerical simulation methods. The prediction of the flow characteristics in the regions subject to an adverse pressure gradient, of the separation and of the subsequent flow development represent a real challenge for the modelling techniques used in the simulations. | Boundary layers subject to an adverse pressure gradient are very often encountered in flows around bodies, and represent a severe test case for the numerical simulation methods. The prediction of the flow characteristics in the regions subject to an adverse pressure gradient, of the separation and of the subsequent flow development represent a real challenge for the modelling techniques used in the simulations. | ||
Most of the studies that can be found in literature are for flows over a flat plate with an imposed pressure gradient and are usually either experiments or direct numerical simulations. An interesting test case is constituted by the flow around a 3D prolate spheroid. This flow has been investigated experimentally, for purpose of validation of CFD methodologies, in the NWG DLR and F1 ONERA wind tunnels, has been considered in the E.U. funded project ECARP and is part of the | Most of the studies that can be found in literature are for flows over a flat plate with an imposed pressure gradient and are usually either experiments or direct numerical simulations. An interesting test case is constituted by the flow around a 3D prolate spheroid. This flow has been investigated experimentally, for purpose of validation of CFD methodologies, in the NWG DLR and F1 ONERA wind tunnels, has been considered in the E.U. funded project ECARP and is part of the ERCOFTAC database ([http://cfd.mace.manchester.ac.uk/cgi-bin/cfddb/prpage.cgi?74&EXP&database/cases/case74/Case_data&database/cases/case74&cas74_head.html&cas74_desc.html&cas74_meth.html&cas74_data.html&cas74_refs.html&cas74_rsol.html&1&0&0&0&0 Test Case 74]). | ||
This document will focus mainly on the studies performed during the ECARP project. | This document will focus mainly on the studies performed during the ECARP project. | ||
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''Contributors: Pietro Catalano - CIRA'' | ''Contributors: Pietro Catalano - CIRA'' | ||
{{UFR|front=UFR 3-08|description=UFR 3-08 Description|references=UFR 3-08 References|testcase=UFR 3-08 Test Case|evaluation=UFR 3-08 Evaluation|qualityreview=UFR 3-08 Quality Review|bestpractice=UFR 3-08 Best Practice Advice|relatedACs=UFR 3-08 Related ACs}} | |||
Latest revision as of 11:48, 14 January 2022
Semi-Confined Flows
Underlying Flow Regime 3-08
Abstract
Boundary layers subject to an adverse pressure gradient are very often encountered in flows around bodies, and represent a severe test case for the numerical simulation methods. The prediction of the flow characteristics in the regions subject to an adverse pressure gradient, of the separation and of the subsequent flow development represent a real challenge for the modelling techniques used in the simulations.
Most of the studies that can be found in literature are for flows over a flat plate with an imposed pressure gradient and are usually either experiments or direct numerical simulations. An interesting test case is constituted by the flow around a 3D prolate spheroid. This flow has been investigated experimentally, for purpose of validation of CFD methodologies, in the NWG DLR and F1 ONERA wind tunnels, has been considered in the E.U. funded project ECARP and is part of the ERCOFTAC database (Test Case 74).
This document will focus mainly on the studies performed during the ECARP project.
Contributors: Pietro Catalano - CIRA