TY - DATA
T1 - Supplementary data to publication: Investigating the Relationship between Simulation Parameters and Flow Variables in Simulating Atmospheric Gravity Waves in Wind Energy Applications
PY - 2025/03/21
AU - Mehtab Khan
AU - Dries Allaerts
AU - Simon Watson
AU - Matthew Churchfield
UR - 
DO - 10.4121/6737d3a7-cdeb-41d3-b0b2-11915e4b6cec.v1
KW - Atmospheric Gravity Waves
KW - Wind Farms
KW - Non-dimensional Numbers
KW - Systematic Numerical Setup
N2 - <p>This repository contains analyzed and example raw data acquired from</p><p>numerical simulation of flow over a bell-shaped hill (WOA) and through wind farm canopy (WFC) under idealized linearly stratified temperature conditions.</p><p>A simulation setup of each scenario from SOWFA-6, the large eddy simulation code used for this study, is also provided.</p><p>The analyzed data is numerical results, mainly line plots, presented in the manuscript titled</p><p>"Investigating the Relationship between Simulation Parameters and Flow Variables in Simulating Atmospheric Gravity Waves in Wind Energy Applications".</p><p>The folder tree and the data contained in it are described below.</p><p><br></p><p>anlysed_data: A .xlsx file containing 4 sheets containing the data and line plots in the journal article.</p><p>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 estimating</p><p>reflection coefficient (Cr) and relative-root mean square error (R-RMSE) from the vertical velocity component.</p><p>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.</p>
ER -