CAARC: Facade Pressure Validation Study

Screenshot 2 - PostProcessorScreenshot
Screenshot 2 - PostProcessorScreenshot
PostProcessorScreenshot
2D
Screenshot 1 - PostProcessorScreenshot
PostProcessorScreenshot
2D
Post-processor Screenshot - PostProcessorScreenshot
PostProcessorScreenshot
2D
CAARC IDDES - Power Law 0.16 - Final - SimulationRun
SimulationRun
3D
CAARC IDDES - Power Law 0.16 - 300m Extension - SimulationRun
SimulationRun
3D
CAARC IDDES - Power Law 0.16 - 600m Extension - SimulationRun
SimulationRun
3D
CAARC IDDES - Power Law 0.17 - Final - SimulationRun
SimulationRun
3D
CAARC DDES - Final - SimulationRun
SimulationRun
3D
CAARCE - Full Scale - Geometry
Geometry
3D
views 543
shares 7
dlynch
Created

Last modified

Statistics
geometries 1 Geometry
meshes 0 Meshes
simulations 3 Simulation setups
runs 5 Results

About this project

The CAARC building is a validation case that has for many years been used to validate CFD codes. This case has been shown in the past validating both URANS and LES turbulence models, where the trend has been that RANS/URANS has predicted the windward facade well but not predicted the sides and Leeward facades. In contrast, LES has shown a good agreement with experimental results, however, there is still in general, an over-prediction for the sides and leeward facade, and a worse prediction on the windward facade. In this project we look at SimScales LBM implementation, PaceFish from Numeric Systems, and how well it performs using Hybrid models, K-omega SST DDES, and k-omega SST IDDES models. These models use wall models based upon K-omega SST but then transition to the highly accurate LES model further from the wall.

Start the Conversation

Default avatar

Log in to comment.

Not yet a SimScale user? Sign up.

CAARC: Facade Pressure Validation Study by dlynch | SimScale