Details
There is an increasing interest within the field of wind engineering for the application of Computational Fluid Dynamics (CFD) to the study of flows in the lower part of the atmospheric boundary layer (ABL). The simulation of atmospheric flows, possibly over complex domain, is necessary for the estimation of pedestrian wind comfort nearby and wind load on buildings, and for the selection of sites for windmills and wind farms as well as for the investigation of atmospheric pollutant dispersion.
The present course offers a wide overview of the state-of-the-art of the domain, considering the application to both short and mesoscale range. Reynolds Averaging (RANS) and large-eddy (LES) approaches are discussed and their respective capabilities for different classes of flows are evaluated. The discussion is completed by the presentation of examples of practical implementation and application.
- BLOCKEN, B. – Eindhoven University of Technology, The Netherlands
Introduction to CFD for atmospheric flows and wind engineering - PARENTE, A. – Université Libre de Bruxelles, Belgium
CD inflow conditions, wall functions and turbulence models for flows around obstacles - GORLE, C.1 & IACCARINO, G.2 – 1von Karman Institute for Fluid dynamics, Belgium & 2Stanford University, CA, USA
Uncertainty quantification for atmospheric boundary layer flows - SØRENSEN, N.N.; BECHMANN, A.; BOUDREAULT, L.E.; KOBLITZ, T.; SOGACHEV, A. –
DTU Wind Energy, Technical University of Denmark, Denmark
CFD applications in wind energy using RANS - BRASSEUR, J.G. – The Pennsylvania State University, USA
Introduction to microscale meteorology (with application to wind energy) - BRASSEUR, J.G. – The Pennsylvania State University, USA
Large-eddy simulation methods for the atmospheric boundary layer and the beginning of CFD application to wind energy using Large-eddy simulation - BRASSEUR, J.G. – The Pennsylvania State University, USA
CFD application to wind energy using Large-eddy simulation - BASU, S. – North Carolina State University, USA
Mesoscale modeling of atmospheric flows for wind energy applications
Additional Information
| Manufacturer | von Karman Institute for Fluid Dynamics |
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