Improved Laser Beam Shapes for DED-LB/M: Low-Fidelity Monte-Carlo Design and High-Fidelity Verification

Raw data associated with a paper submission."Improved Laser Beam Shapes for DED-LB/M: Low-Fidelity Monte-Carlo Design and High-Fidelity Verification" Contained are: Materials Properties used for the high-fidelity simulations Matlab scripts used for the low-fidelity model (Gaumann_Automate.m is the base file) Output thermal fields from low-fidelity model (.mat files, can be opened using e.g. https://docs.scipy.org/doc/scipy/reference/generated/scipy.io.loadmat.html#scipy.io.loadmat) Output thermal fields from high-fidelity simulation (h5 files containing thermal fields for 6 consecutive frames, spaced 0.02s apart) Output laser beam intensity distributions (csv files, normalised intensity for full X, Y plane) Raw data of all plots (csv format)本数据集关联自投稿论文《面向DED-LB/M的优化激光束形状：低保真度蒙特卡洛设计与高保真度验证》。 数据集包含以下内容： 1. 用于高保真仿真的材料属性数据； 2. 用于低保真度模型的Matlab脚本（Gaumann_Automate.m为基础文件）； 3. 低保真度模型输出的热场数据（.mat格式文件，可通过例如https://docs.scipy.org/doc/scipy/reference/generated/scipy.io.loadmat.html#scipy.io.loadmat 读取）； 4. 高保真仿真输出的热场数据（h5格式文件，包含6帧连续热场，帧间隔为0.02秒）； 5. 激光束强度分布数据（csv格式文件，为全X、Y平面的归一化强度）； 6. 所有绘图的原始数据（csv格式）。