README.md

SingleCrystalCpp

用C++写了一个简单的单晶晶体塑性模型

目前实现的功能

• 支持混合边界条件
• Voce硬化模型
• 位错速度模型

编译

• 下载cmake
• 下载Eigen3 tclap，准备CMakeLists.txt
• 用cmake编译所有文件
• 完成

输入文件

• 滑移系以及塑性模型参数
• 加载与边界条件

使用说明

输入参数格式

模型数学解释

引用

Sun X, Zhou K, Liu C, et al. A Crystal Plasticity Based Strain Rate Dependent Model across An Ultra-wide Range[J]. International Journal of Plasticity, 2024: 104056.

@article{sun2024crystal,
  title={A Crystal Plasticity Based Strain Rate Dependent Model across An Ultra-wide Range},
  author={Sun, Xiaochuan and Zhou, Kecheng and Liu, Chuhao and others},
  journal={International Journal of Plasticity},
  pages={104056},
  year={2024},
  publisher={Elsevier}
}

SingleCrystalCpp

A simple crystal plasticity model for single crystal, developed in C++.

Available Features

• Hybrid boundary conditions
• Voce hardening
• Dislocation velocity model for hardening

Compiling

• Download cmake if not yet
• Download Eigen3 and tclap, prepare your CMakeLists.txt file
• Compile the files using cmake
• Finish

Input Files

• Slip systems and the model parameters
• Loading and boundary conditions

Usage

Input File Format (in Chinese)

Model Explanation (in Chinese)

Citation

Sun X, Zhou K, Liu C, et al. A Crystal Plasticity Based Strain Rate Dependent Model across An Ultra-wide Range[J]. International Journal of Plasticity, 2024: 104056.

@article{sun2024crystal,
  title={A Crystal Plasticity Based Strain Rate Dependent Model across An Ultra-wide Range},
  author={Sun, Xiaochuan and Zhou, Kecheng and Liu, Chuhao and others},
  journal={International Journal of Plasticity},
  pages={104056},
  year={2024},
  publisher={Elsevier}
}