Rotating Fan Simulation Tutorial Files

These files go with the youtube tutorial on creating a star ccm+ simulation of a propeller with rotating reference frames and periodic boundary conditions. The sim file, as well as the propeller file are included for reference in setting up the simulation. The java script and the batch files are included for reference for interfacing to a remote / supercomputer. The simulation is in no way validated, the physics, mesh, and boundary conditions all need to be worked on. This is for tutorial reference only. Wind tunnel data for the propeller geometry supplied can be found at<br>https://figshare.com/articles/Aerodynamic_Performance_Characterization_of_Leading_Edge_Protrusions_on_Small_Propellers/2009607<br>(diameter was 5.5 inches)<br>10.6084/m9.figshare.2009607 <br><br><br>The youtube tutorial links are:<br>https://www.youtube.com/watch?v=tqZm6wxqrWY<br>https://www.youtube.com/watch?v=66RWM07tZpc本数据集配套于讲解如何基于旋转参考系（rotating reference frames）与周期边界条件（periodic boundary conditions）搭建螺旋桨STAR-CCM+（Star CCM+）仿真的YouTube教程。本次提供了仿真配置文件与螺旋桨几何模型文件，供用户在搭建仿真流程时参考；同时附带JavaScript脚本与批处理文件，用于对接远程服务器或超级计算机的接口操作，亦供参考。本仿真未经过任何有效性验证，其物理模型、网格设置与边界条件均有待完善，仅用于教程参考。本次提供的螺旋桨几何模型的风洞试验数据可在以下链接获取：https://figshare.com/articles/Aerodynamic_Performance_Characterization_of_Leading_Edge_Protrusions_on_Small_Propellers/2009607（该螺旋桨直径为5.5英寸），DOI：10.6084/m9.figshare.2009607。本教程的YouTube视频链接如下：https://www.youtube.com/watch?v=tqZm6wxqrWY、https://www.youtube.com/watch?v=66RWM07tZpc