Supplementary data to publication: Investigating the Relationship between Simulation Parameters and Flow Variables in Simulating Atmospheric Gravity Waves in Wind Energy Applications

This repository contains analyzed and example raw data acquired fromnumerical simulation of flow over a bell-shaped hill (WOA) and through wind farm canopy (WFC) under idealized linearly stratified temperature conditions.A simulation setup of each scenario from SOWFA-6, the large eddy simulation code used for this study, is also provided.The analyzed data is numerical results, mainly line plots, presented in the manuscript titled"Investigating the Relationship between Simulation Parameters and Flow Variables in Simulating Atmospheric Gravity Waves in Wind Energy Applications".The folder tree and the data contained in it are described below.<br>anlysed_data: A .xlsx file containing 4 sheets containing the data and line plots in the journal article.example_code_data: A set of .vtk files each containing the velocity field for the WOA scenario, and a jupyter notebook that reads these files for estimatingreflection coefficient (Cr) and relative-root mean square error (R-RMSE) from the vertical velocity component.example_setups: Example model setup files from SOWFA-6, one each for WOA and WFC simulations under linearly stratified conditions, and a successor WFC case for conventionally neutral boundary layer conditions from TOSCA.

本仓库收录了在理想线性层结温度条件下，针对钟形山丘绕流（WOA）与风电场冠层绕流（WFC）开展数值模拟所获取的经分析处理数据与示例原始数据。本次研究采用的大涡模拟（Large Eddy Simulation）代码SOWFA-6的各场景模拟设置文件也一并提供。上述经分析的数据为数值模拟结果，主要为折线图，已收录于题为《风能源应用中大气重力波模拟的参数与流动变量关系研究》的手稿中。下文将对本仓库的文件夹结构及内含数据进行详细说明：
1. analysed_data：内含4个工作表的.xlsx文件，存储了该期刊论文中的数据与折线图。
2. example_code_data：一组.vtk格式文件，分别存储WOA场景的速度场数据，以及一个Jupyter Notebook脚本，可通过读取这些文件，基于垂直速度分量估算反射系数（Cr）与相对均方根误差（R-RMSE）。
3. example_setups：SOWFA-6的示例模型设置文件，分别对应线性层结条件下的WOA和WFC模拟场景，以及一个源自TOSCA的、用于常规中性边界层条件的WFC后续算例。