typhon-cfd-solver/typhon// [(#|supprimer_tags|texte_backend)] en SPIP - www.spip.net https://websites.isae-supaero.fr/local/cache-vignettes/L144xH30/rubon201-032cb.png?1775089118 typhon-cfd-solver/typhon// 30 144 https://websites.isae-supaero.fr/typhon-cfd-solver/typhon/cgns-mesh-repository https://websites.isae-supaero.fr/typhon-cfd-solver/typhon/cgns-mesh-repository 2009-05-23T07:30:00Z text/html en GRESSIER Jérémie <p>List of CGNS files imageDescription Forward step multiblock-like mesh forwstep-st hybrid (tri/quad) mesh forwstep-hyb unstructured (quad) mesh forwstep-quad Pyramid obstacle hybrid tri/quad mesh: diam1, diam2, diam4, diam8 tri mesh: diam2-tri unstructured quad mesh (see picture): diam1-quad, diam2-quad structured like quad mesh: diam2-st, diam4-st, diam8-st <br class='autobr' /> Suffixes 1, 2, 4 and 8 respectively indicate the following respective approximate number of elements: 4500, 18k, 70k, (...)</p> - <a href="https://websites.isae-supaero.fr/typhon-cfd-solver/typhon/" rel="directory">Typhon</a> <div class='rss_texte'><table class="spip" summary=""> <caption>List of CGNS files</caption> <thead><tr class='row_first'><th id='id968e_c0'>image</th><th id='id968e_c1'>Description</th></tr></thead> <tbody> <tr class='row_odd odd'> <td headers='id968e_c0'><span class='spip_document_1351 spip_documents'> <img src='https://websites.isae-supaero.fr/local/cache-vignettes/L400xH138/forwstep-quad-5e10d-e0e34.png?1775151493' alt="" class='ajustable' width='400' height='138' /></span></td> <td headers='id968e_c1'>Forward step<br /> <br /><ul class="spip"><li> multiblock-like mesh <a href="http://typhon.sourceforge.net/mesh/forwstep-st.cgns.gz" class='spip_out' rel='external'>forwstep-st</a></li><li> hybrid (tri/quad) mesh <a href="http://typhon.sourceforge.net/mesh/forwstep-hyb.cgns.gz" class='spip_out' rel='external'>forwstep-hyb</a></li><li> unstructured (quad) mesh <a href="http://typhon.sourceforge.net/mesh/forwstep-quad.cgns.gz" class='spip_out' rel='external'>forwstep-quad</a></li></ul></td></tr> <tr class='row_even even'> <td headers='id968e_c0'><span class='spip_document_1352 spip_documents'> <img src='https://websites.isae-supaero.fr/local/cache-vignettes/L400xH302/diam-quad-880d2-084fc.png?1775151493' alt="" class='ajustable' width='400' height='302' /></span></td> <td headers='id968e_c1'>Pyramid obstacle<br /> <br /><ul class="spip"><li> hybrid tri/quad mesh: <a href="http://typhon.sourceforge.net/mesh/diam1.cgns.gz" class='spip_out' rel='external'>diam1</a>, <a href="http://typhon.sourceforge.net/mesh/diam2.cgns.gz" class='spip_out' rel='external'>diam2</a>, <a href="http://typhon.sourceforge.net/mesh/diam4.cgns.gz" class='spip_out' rel='external'>diam4</a>, <a href="http://typhon.sourceforge.net/mesh/diam8.cgns.gz" class='spip_out' rel='external'>diam8</a></li><li> tri mesh: <a href="http://typhon.sourceforge.net/mesh/diam2-tri.cgns.gz" class='spip_out' rel='external'>diam2-tri</a></li><li> unstructured quad mesh (see picture): <a href="http://typhon.sourceforge.net/mesh/diam1-quad.cgns.gz" class='spip_out' rel='external'>diam1-quad</a>, <a href="http://typhon.sourceforge.net/mesh/diam2-quad.cgns.gz" class='spip_out' rel='external'>diam2-quad</a></li><li> structured like quad mesh: <a href="http://typhon.sourceforge.net/mesh/diam2-st.cgns.gz" class='spip_out' rel='external'>diam2-st</a>, <a href="http://typhon.sourceforge.net/mesh/diam4-st.cgns.gz" class='spip_out' rel='external'>diam4-st</a>, <a href="http://typhon.sourceforge.net/mesh/diam8-st.cgns.gz" class='spip_out' rel='external'>diam8-st</a></li></ul> <p><br /> <br />Suffixes 1, 2, 4 and 8 respectively indicate the following respective approximate number of elements: 4500, 18k, 70k, 300k.</p> </td></tr> <tr class='row_odd odd'> <td headers='id968e_c0'><span class='spip_document_1353 spip_documents'> <img src='https://websites.isae-supaero.fr/local/cache-vignettes/L400xH84/channelwedge10tri-fddf2-c6d4a.png?1775151493' alt="" class='ajustable' width='400' height='84' /></span></td> <td headers='id968e_c1'>10° Wedge in Channel<br /> <br /><ul class="spip"><li> <a href='https://websites.isae-supaero.fr/IMG/jpg/Navigation2-2.jpg' class='spip_in' type='image/jpeg'>channelwedge10tri</a> (from Fluent export): 1792 tri with solution</li></ul></td></tr> </tbody> </table></div> https://websites.isae-supaero.fr/typhon-cfd-solver/typhon/main-features https://websites.isae-supaero.fr/typhon-cfd-solver/typhon/main-features 2009-05-05T07:00:00Z text/html en GRESSIER Jérémie <p>Main Features Multi-Zone solver sequential, open-MP or MPI parallel computation (automatic splitting using Metis) Finite Volume Heat Transfer solver linear, non-linear, anisotropic materials implicit and inverse solver (boundary conditions) Finite Volume Compressible Flow solver inviscid, laminar explicit/implicit HLLE/HLLC and other schemes, MUSCL and SVM high order extensions Fully unstructured mesh (2d, 3d) (tri, quad, tetra, hexa, prism, pyramid, etc) CGNS input Tecplot, VTK and CGNS (...)</p> - <a href="https://websites.isae-supaero.fr/typhon-cfd-solver/typhon/" rel="directory">Typhon</a> <div class='rss_texte'><h3 class="spip">Main Features</h3><ul class="spip"><li> Multi-Zone solver</li><li> sequential, open-MP or MPI parallel computation (automatic splitting using Metis)</li><li> Finite Volume Heat Transfer solver <ul class="spip"><li> linear, non-linear, anisotropic materials</li><li> implicit and inverse solver (boundary conditions)</li></ul></li><li> Finite Volume Compressible Flow solver <ul class="spip"><li> inviscid, laminar</li><li> explicit/implicit HLLE/HLLC and other schemes, MUSCL and SVM high order extensions</li></ul></li><li> Fully unstructured mesh (2d, 3d) (tri, quad, tetra, hexa, prism, pyramid, etc)</li><li> CGNS input</li><li> Tecplot, VTK and CGNS outputs</li><li> boundary condition integral history</li><li> user defined volumic probes</li></ul><h3 class="spip">Upcoming Features</h3><ul class="spip"><li> Mesh refinement</li><li> moving reference frame</li><li> Spectral Volume high order method (in progress)</li></ul></div>