Finite Element Method (3D/2D) + CUDA + CMake implementation

• Arseniy Mokin [email protected]
• Grigory Sabinin [email protected]

0. Description
1. Required software
2. Run project
3. Postprocessing

2D Solution of Kirsch problem	3D Solution	3D Solution

Project

• Any C/C++ compiler (e.g., gcc)
• CMake
• Python 3.7+
• QtCreator (optional)
• CUDA Toolkit (optional)

• git clone https://github.com/moarseniy/CudaFEMproject.git
• Open CMakeLists.txt file contained in repository through Qt Creator
• Run project in Release mode
• Open and change run_config in configs directory

{
	"CudaFEMproject_path": "C:/Users/mokin/Desktop/git/CudaFEMproject/",
	"results_path": "C:/Users/mokin/Desktop/fem_stuff/fem_results/",
	"prepared_meshes_path": "C:/Users/mokin/Desktop/fem_stuff/prepared_meshes/",
	"task": ["9task_3", "9task_4", "9task_5"],
	"DIM": 2,
	"parser": true,
	"youngModulus": 0.25,
	"poissonRatio": 2e+07
}

• Open terminal in CudaFEMproject and start python run_fem.py C:/Users/mokin/Desktop/git/CudaFEMproject/configs/run_config.json

coming soon