High-Performance Computing in Wind Energy Part 2
Shear, thermal stratification and turbulent entrainment: how do they affect wind turbine wakes
Slides
Sylvain Laizet, Professor in Computational Fluid Mechanics at Imperial College London
Blade-resolved simulations of the NREL offshore 5-MW baseline wind turbine
Slides
Marielle de Oliveira, Ph.D. Candidate at the Mechanical Engineering Department of the University of São Paulo in Brazil
Wall-resolved high-fidelity fluid-structure interaction simulation of wind-turbine blade
Slides
Mohsen Lahooti, Lecturer (Assistant Professor) In Fluid-Structure Interaction, School of Engineering, Newcastle University
Accuracy of actuator line model in wind turbine and wind farm simulations
Slides
Richard Stevens, Associate Professor at University of Twente
Optimising CFD I/O through on-node non-volatile memory
Slides
Adrian Jackson, Senior Research Fellow at EPCC
Flow decomposition and modal reduction inspired by computer vision
Slides
Jie Ren, Research Fellow at University of Nottingham
New generation multiscale global atmospheric modelling: MPAS numerics and applications
Slides
Pedro da Silva Peixoto, Associate Professor, Department of Applied Mathematics, UNIVERSITY OF SÃO PAULO
Evaluation of three meso- to microscale model-chains for estimating wind resources in complex terrain
Slides
Bjarke Tobias Olsen, Researcher at DTU Wind Energy
Wind resource assessment
Slides
Basem Elshafei,University of Nottingham
4D Wind flow data I/0 optimization: the use of zarr files to store and analysis multidimensional high resolution wind conditions time series blocks
Slides
Marta Gil Bardají, R&D Director at VORTEX
Improvements of wind turbine simulations toward exascale: energy-aware programming and data compression
Slides
Flavio Galeazzo, Research Scientist | HLRS – High-Performance Computing Center Stuttgart