With global energy consumption increasing, a shift to renewable energy resources is critical
for sustainable energy development. Wind energy has emerged as one of the most …

This paper presents an extensive examination of the wake characteristics and hydrodynamic
performance of a 1: 60 scale horizontal axis tidal stream turbine under yawed inflow …

The offshore environment is an ideal site for wind farm development as it offers abundant
wind energy resources. Investigating offshore wind turbine wake under different turbulence …

The present study utilizes high-fidelity large-eddy simulation (LES) to examine the upwind-
hill impacts on wind-turbine wakes and power performance. Both the LES and Reynolds …

Accurately predicting the evolution of wake is crucial for power output and structural load
estimation in wind farms. This study aims to validate the dynamic wake meandering (DWM) …

Hydrokinetic turbines utilizing renewable energy from water streams, such as tidal or river
currents, offer a sustainable solution for electricity generation in remote coastal or fluvial …

In this work, wakes of wind farms are investigated using large-eddy simulation with an
actuator disk model for the wind turbine. The effects of streamwise turbine spacings, number …

Rainfall has significant impacts on the operations of wind turbines due to erosion of turbine
blades and alterations in aerodynamic performance of wind turbines. However, little is …

A detailed description of wake characteristics is essential for optimizing wind farm
performance. Compared with the wake of a stand-alone wind turbine, less attention has …

The influence of atmospheric turbulence inflow on coupled dynamic behaviors and wakes of
floating offshore wind turbine (FOWT) is pronounced, especially as blade size increases. In …