文件名称：物质点法开源代码合集
文件大小：28.78MB
文件格式：ZIP
更新时间：2021-06-07 08:39:43
MPM
一些物质点法代码合集，都是比较小的开源代码，可以作为初始时期学习使用
【文件预览】：
MPM_Codes
----mpm-optimization-master.zip(35KB)
----mattoverby_mpm-optimization_ Optimization-based implicit material point method.htm(67KB)
----nairnj_nairn-mpm-fea_ nairn-mpm-fea computational mechanics project.htm(71KB)
----mpmsnow-master.zip(71KB)
----mjrodriguez_mpm_lab_ Implementation of the material point method for hyper elastic and elastoplastic materials. The code is based off _A material point method for snow simulation_ by Stomakhin et al..html(73KB)
----Azmisov_snow_ OpenGL and Houdini snow simulation (material point method)_files()
--------3376460(2KB)
--------frameworks-bb39ae7d848d40d6f01e67355e282964f54fa39137c0ecc9fc4ec37e7d469508.js(235KB)
--------github-c1778c4802d4029d4b6cda1d8b4bf3d900b36752832715d2d2895ea63cf05de2.css(414KB)
--------68747470733a2f2f696d672e796f75747562652e636f6d2f76692f31334d71766d53634e43632f302e6a7067(7KB)
--------octocat-spinner-32.gif(2KB)
--------github-ce66fb826ca192bc8a7f6ad53b2287ae9bce6e33ac742ab31f8702e106b7685e.js(489KB)
--------16617959(2KB)
--------frameworks-c07e6f4b02b556d1d85052fb3853caf84c80e6b23dcdb1ae1b00f051da1115a2.css(109KB)
----mpm_lab-master.zip(1.77MB)
----NairnFEAMPM_PR.zip(5.63MB)
----EMdeJong_SnowMPM_files()
--------frameworks-bb39ae7d848d40d6f01e67355e282964f54fa39137c0ecc9fc4ec37e7d469508.js(235KB)
--------github-c1778c4802d4029d4b6cda1d8b4bf3d900b36752832715d2d2895ea63cf05de2.css(414KB)
--------octocat-spinner-32.gif(2KB)
--------github-ce66fb826ca192bc8a7f6ad53b2287ae9bce6e33ac742ab31f8702e106b7685e.js(489KB)
--------16617959(2KB)
--------8845465(2KB)
--------frameworks-c07e6f4b02b556d1d85052fb3853caf84c80e6b23dcdb1ae1b00f051da1115a2.css(109KB)
----nairn-mpm-fea-master.zip(8.82MB)
----snow-master.zip(3.72MB)
----srhgk2_MPM-Implicit_ Implicit Material Point Method for incompressible fluid flow. Standard incremental projection method. Linear shape functions for velocity and pressure approximation..html(56KB)
----mjrodriguez_mpm_lab_ Implementation of the material point method for hyper elastic and elastoplastic materials. The code is based off _A material point method for snow simulation_ by Stomakhin et al._files()
--------frameworks-bb39ae7d848d40d6f01e67355e282964f54fa39137c0ecc9fc4ec37e7d469508.js(235KB)
--------10703087(1KB)
--------github-c1778c4802d4029d4b6cda1d8b4bf3d900b36752832715d2d2895ea63cf05de2.css(414KB)
--------octocat-spinner-32.gif(2KB)
--------github-ce66fb826ca192bc8a7f6ad53b2287ae9bce6e33ac742ab31f8702e106b7685e.js(489KB)
--------16617959(2KB)
--------frameworks-c07e6f4b02b556d1d85052fb3853caf84c80e6b23dcdb1ae1b00f051da1115a2.css(109KB)
----ngocson2vn_MPM_ Project for studying Material Point Method.htm(60KB)
----mattoverby_mpm-optimization_ Optimization-based implicit material point method_files()
--------7361871(1KB)
--------frameworks-bb39ae7d848d40d6f01e67355e282964f54fa39137c0ecc9fc4ec37e7d469508.js(235KB)
--------github-c1778c4802d4029d4b6cda1d8b4bf3d900b36752832715d2d2895ea63cf05de2.css(414KB)
--------octocat-spinner-32.gif(2KB)
--------github-ce66fb826ca192bc8a7f6ad53b2287ae9bce6e33ac742ab31f8702e106b7685e.js(489KB)
--------16617959(2KB)
--------frameworks-c07e6f4b02b556d1d85052fb3853caf84c80e6b23dcdb1ae1b00f051da1115a2.css(109KB)
----Azmisov_snow_ OpenGL and Houdini snow simulation (material point method).htm(65KB)
----davidsminor_mpmsnow_ attempt at doing mpm snow a la disney_files()
--------frameworks-bb39ae7d848d40d6f01e67355e282964f54fa39137c0ecc9fc4ec37e7d469508.js(235KB)
--------github-c1778c4802d4029d4b6cda1d8b4bf3d900b36752832715d2d2895ea63cf05de2.css(414KB)
--------3986762(2KB)
--------octocat-spinner-32.gif(2KB)
--------github-ce66fb826ca192bc8a7f6ad53b2287ae9bce6e33ac742ab31f8702e106b7685e.js(489KB)
--------16617959(2KB)
--------frameworks-c07e6f4b02b556d1d85052fb3853caf84c80e6b23dcdb1ae1b00f051da1115a2.css(109KB)
----davidsminor_mpmsnow_ attempt at doing mpm snow a la disney.htm(67KB)
----MPM-master.zip(962KB)
----SnowMPM-master.zip(2.85MB)
----ngocson2vn_MPM_ Project for studying Material Point Method_files()
--------frameworks-bb39ae7d848d40d6f01e67355e282964f54fa39137c0ecc9fc4ec37e7d469508.js(235KB)
--------github-c1778c4802d4029d4b6cda1d8b4bf3d900b36752832715d2d2895ea63cf05de2.css(414KB)
--------1695690(1KB)
--------octocat-spinner-32.gif(2KB)
--------github-ce66fb826ca192bc8a7f6ad53b2287ae9bce6e33ac742ab31f8702e106b7685e.js(489KB)
--------16617959(2KB)
--------frameworks-c07e6f4b02b556d1d85052fb3853caf84c80e6b23dcdb1ae1b00f051da1115a2.css(109KB)
----srhgk2_MPM-Implicit_ Implicit Material Point Method for incompressible fluid flow. Standard incremental projection method. Linear shape functions for velocity and pressure approximation._files()
--------frameworks-bb39ae7d848d40d6f01e67355e282964f54fa39137c0ecc9fc4ec37e7d469508.js(235KB)
--------github-c1778c4802d4029d4b6cda1d8b4bf3d900b36752832715d2d2895ea63cf05de2.css(414KB)
--------octocat-spinner-32.gif(2KB)
--------github-ce66fb826ca192bc8a7f6ad53b2287ae9bce6e33ac742ab31f8702e106b7685e.js(489KB)
--------16617959(2KB)
--------68747470733a2f2f322e67726176617461722e636f6d2f6176617461722f31333031623232656533613665316663613162643733653032373032363038613f643d68747470732533412532462532466173736574732d63646e2e6769746875622e636f6d253246696d616765732532466772617661746172732532466772617(2KB)
--------frameworks-c07e6f4b02b556d1d85052fb3853caf84c80e6b23dcdb1ae1b00f051da1115a2.css(109KB)
----nairnj_nairn-mpm-fea_ nairn-mpm-fea computational mechanics project_files()
--------frameworks-bb39ae7d848d40d6f01e67355e282964f54fa39137c0ecc9fc4ec37e7d469508.js(235KB)
--------8429694(1KB)
--------github-c1778c4802d4029d4b6cda1d8b4bf3d900b36752832715d2d2895ea63cf05de2.css(414KB)
--------octocat-spinner-32.gif(2KB)
--------github-ce66fb826ca192bc8a7f6ad53b2287ae9bce6e33ac742ab31f8702e106b7685e.js(489KB)
--------16617959(2KB)
--------frameworks-c07e6f4b02b556d1d85052fb3853caf84c80e6b23dcdb1ae1b00f051da1115a2.css(109KB)
----MPM-Implicit-develop.zip(3.24MB)
----EMdeJong_SnowMPM.htm(69KB)