Hybrid CPU-GPU Finite Element Software for Structural Analysis in Mechanical Engineering
** As I'm really busy, I couldn't complete tidying up code dependencies. Also, as I'm in the middle of making changes do support Unix-like systems and automate build process, don't expect to have a beautiful FEM solver by the end of this Readme. Code was fast published to foster research and engage curious people :P In the meantime you can checkout features discussed in my thesis. **
This is the codebase for a finite element solver for structural mechanics that I developed in my doctorate thesis available here (please note: in Portuguese). I fast published the codebase so that everyone could explore a little bit about my work. But, please, don't expect to have a complete project with automated build and tests and etc because I still lack time to do the whole thing (however rest assured that I'm still actively working on it ;) ).
- Boost Libraries
- TinyXML
- Still working on it, but if you have good talent exploring code, you can check input files in the
Model Input Filesfolder to see how data is input to the program and check how the parsers, library manager and solver make everything up (
- Still working on it, but the original code was developed in Visual Studio 2010 (and lastly upgraded to 2017 version). VS-project files are included. Because I would infringe copyright adding third-party libraries here, they are not included so you have to download yourself.
YAMASSAKI, Renato T. (2014) An object-oriented finite element program in GPU for nonlinear dynamic structural analysis. Doctorate thesis, University of São Paulo, Brazil. DOI: 10.11606/T.3.2014.tde-24122014-120113