High-Performance Computing in Wind Energy Part 1
High-performance computing of wind turbine tip-vortex instability
Slides
Ardeshir Hanifi, Researcher at KTH – Royal Institute Of Technology
Blade-resolved and actuator line CFD simulations of the flow through the NREL 5 MW wind turbine
Slides
Bruno Carmo, Assistant Professor at the Department of Mechanical Engineering, Escola Politécnica, University of São Paulo
Optimising CFD I/O through on-node non-volatile memory
Slides
Adrian Jackson, Senior Research Fellow at EPCC
Actuator Line Modeling in Large Eddy Simulations
Slides
Richard Stevens, Associate Professor at University of Twente
LES Simulations of Wind Turbines in a Turbulent Atmospheric Boundary Layer
Slides
Flavio Galeazzo, Research Scientist | HLRS – High-Performance Computing Center Stuttgart
Near-wake resolving FSI of wind turbine blade using high-fidelity simulation
Slides
Mohsen Lahooti, Lecturer (Assistant Professor) In Fluid-Structure Interaction, School of Engineering, Newcastle University
HPC developments in Alya for Wind Energy Applications
Slides
Herbert Owen, Senior researcher at Barcelona Supercomputing Center
A seamless avenue to drive wind resource time series modeling: the MPAS model and the mesoscale reframed
Slides
Marta Gil Bardají, R&D Director at VORTEX
Latest developments in Mesoscale to microscale model chain for wind resource assessment: The importance of HPC
Slides
Jake Badger, Head of Section, Wind Resource Assessment Modelling at DTU Wind Energy
A hybrid solution for wind resource assessment – predict offshore wind from limited onshore measurements
Slides
Xuerui Mao, University of Nottingham
Downscaling with the WRAPP methodology: clustering of meteorological situations and microscale CFD modeling
Slides
Eric Joos, Clementine le Guennic, EdF R&D