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Multiscale Modelling and Validation of wind Turbine Wakes

Multi-scale turbulence modeling of wind farm flows in RANS Slides Interaction of the wakes of large offshore-wind farms and wind farm clusters with the marine atmospheric boundary layer Slides Accounting for wind farm wakes on wind energy scenarios for 2050 in the German Bight using two methods Slides Offshore wind park far fields (WIPAFF) Slides…

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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 Optimising CFD I/O through on-node non-volatile memory Slides Actuator Line Modeling in Large Eddy Simulations Slides LES Simulations of Wind…

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High-Performance Computing in Wind Energy Part 2

Shear, thermal stratification and turbulent entrainment: how do they affect wind turbine wakes Slides Blade-resolved simulations of the NREL offshore 5-MW baseline wind turbine Slides Wall-resolved high-fidelity fluid-structure interaction simulation of wind-turbine blade Slides Accuracy of actuator line model in wind turbine and wind farm simulations Slides Optimising CFD I/O through on-node non-volatile memory Slides…

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Offshore Wind Noise Reduction

Session 1 Slides Summary of Existing Foundations, Installation Methods, and Effects Ralph Grismala, P.E, Civil and Environmental Engineer, ICF Alternative Foundations and Installation Methods Session 2 Slides Noise Monitoring and Received Level Target Overview Samuel denes, Bureau of Ocean Energy Management Noise Abatement/ Mitigation Systems for impact pile- driving Technical overview and offshore experiences

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Blade Element Momentum Theory

Wind turbine aerodynamics – introduction Wind turbine aerodynamics: part 1 – Basic fluid mechanics Wind turbine aerodynamics: part 2 – Basic aerodynamics Wind turbine aerodynamics: Part 3 – Momentum theory, the Betz limit and wake rotation Wind turbine aerodynamics: Part 4 – The blade element momentum model Anders Goude, Senior Lecturer/Associate Professor at the Department…

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High-Performance Computing in Wind Energy Research

Slides MODELLING & SIMULATION IN THE EXASCALE ERA Fluid Physics High Performance Computing Modeling Challenges of Wind Farms Towards industry LES for wind farm flows using GPU-based lattice Boltzmann solvers ENGINEERING HIGH COMPUTED NEEDS FOR OFFSHORE WIND DEVELOPMENTS


Wind Farm Design – Being a Good Neighbour

Best Practices for Community Engagement and Public Consultation Turbine Supply Agreements Health Impacts and Exposure to Wind Turbine Noise: Research Design and Noise Exposure Assessment David S. Michaud, Principal Investigator, Consumer and Clinical Radiation Protection Bureau, Healthy Environments and Consumer Safety Branch, Health Canada Improved aeroacoustics and noise management options