[图书][B] Effects of Blade Boundary Layer Transition and Daytime Atmospheric Turbulence on Wind Turbine Performance Analyzed with Blade-Resolved Simulation and …
TN Nandi - 2017 - search.proquest.com
2017•search.proquest.com
Relevant to utility scale wind turbine functioning and reliability, the present work focuses on
enhancing our understanding of wind turbine responses from interactions between energy-
dominant daytime atmospheric turbulence eddies and rotating blades of a GE 1.5 MW wind
turbine using a unique data set from a GE field experiment and computer simulations at two
levels of fidelity.
enhancing our understanding of wind turbine responses from interactions between energy-
dominant daytime atmospheric turbulence eddies and rotating blades of a GE 1.5 MW wind
turbine using a unique data set from a GE field experiment and computer simulations at two
levels of fidelity.
Abstract
Relevant to utility scale wind turbine functioning and reliability, the present work focuses on enhancing our understanding of wind turbine responses from interactions between energy-dominant daytime atmospheric turbulence eddies and rotating blades of a GE 1.5 MW wind turbine using a unique data set from a GE field experiment and computer simulations at two levels of fidelity.
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