penn-graphics-research/LETO
LETO is a new hybrid Lagrangian-Eulerian method for topology optimization. It transfers density information from movable Lagrangian carriers to a fixed set of Eulerian quadratures and solves force equilibrium with MPM. With carrier particles as design variables, LETO reparameterizes the Eulerian solution space in a Lagrangian view.
MATLABMIT
Stargazers
- AlexanderBakerChris
- AmieDD@microsoft
- AppServiceProviderDhaka, Bangladesh
- cffjiang
- coffeiersamaPhiladelphia
- cryptobiote01
- deep-programmer
- DoTulip
- ErisZhangStanford University
- Frank-DzHKU
- gehaollt
- honglin-cColumbia University
- j20232Tokyo
- jankolfDarmstadt, Germany
- jeanru
- JimBaeLos Angeles
- jmcph4@sigp
- jmichauxMichigan Robotics Institute
- langyoCAS
- liminchenCMU
- littlemineZenusTech Co., Ltd.
- liyuesoloETH Zurich
- lucascassianoArtificial inc. / MIT - Media Lab
- mohamed82008@PumasAI
- mxsage
- NikronicEarth
- ScoutydrenUnity Technologies
- sriharsha0806fractal
- taesiriPlanet Mars
- xiaozhuchachaPeking University
- xuan-liUCLA
- xushipengsh
- yijianghETH Zurich
- yuanming-huTaichi Graphics
- ZhengZerongTsinghua University
- ZP-ZEast China Normal University