使用 Homebrew 安装 damask-grid

项目链接

• 主页

命令和别名

• DAMASK_grid
• damask_grid

项目历史

DAMASK grew as an open materials-science codebase for modeling crystal plasticity, thermal effects, damage, and related multiphysics behavior from microstructure up to component scale. The official literature page lists a 2012 DAMASK publication and a broader 2019 Computational Materials Science paper as core references.

采用历史

The grid solver is important to users who want FFT/spectral-style or structured-grid workflows with YAML material and load-case descriptions. DAMASK documentation and examples expose a Python-assisted workflow around material.yaml, numerics.yaml, VTK ImageData geometry, and generated load cases.

使用方式

A typical package-manager install exposes DAMASK_grid for running simulations with a geometry file, load-case YAML, and material.yaml, with OpenMP or MPI used for parallel execution when available.

为什么软件包爱好者会关心

For package nerds, damask-grid is a scientific CLI where the package is only a small front door into a heavyweight solver stack: compilers, MPI/OpenMP, YAML inputs, HDF5-style result handling, and research reproducibility all matter.

时间线

• 2012: DAMASK literature records an early publication on FE and spectral solver use.
• 2019: The multiphysics DAMASK paper summarized the broader package architecture.
• 2024: Official documentation examples describe modern DAMASK 3-era grid workflows.

Related projects

• DAMASK Grid is part of the wider DAMASK suite alongside mesh-solver workflows, Python preprocessing/postprocessing helpers, material configuration tooling, and research codes for crystal plasticity and microstructure analysis.

来源

• https://damask-multiphysics.org/
• https://damask-multiphysics.org/documentation/usage.html
• https://damask-multiphysics.org/documentation/file_formats/grid_solver.html
• https://damask-multiphysics.org/3.0.0-alpha7/documentation/literature.html
• https://damask-multiphysics.org/dev/installation/source_code.html