Tidal current energy technology is gradually maturing and transitioning towards large-scale
development. The vision for tidal energy development is similar to wind farms, involving the …

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 …

In this paper, we investigate the dynamics of a wind turbine wake for three different ground
surface roughness lengths, ie, k 0= 0.001, 0.01, 0.1 m. The computational domain is very …

We propose a linearized deterministic model for predicting coherent structures in the wake
of a floating offshore wind turbine subject to platform motions. The model's motion-to-wake …

Efficient and accurate prediction of the wind turbine dynamic wake is crucial for active wake
control and load assessment in wind farms. This paper proposes a real-time dynamic wake …

The convective instability of wind turbine wakes allows specific upstream forcing to amplify
downstream, leading to increased wake meandering and replenishment, thereby providing …

The propulsion shafting whirling vibration causes non-uniform dynamic changes in the rotor
tip clearance, which directly have a significant influence on the excitation force and vortex …

Detached eddy simulation is employed to investigate the wake development downstream of
the rotor of an axial-flow turbine and its dependence on the tip speed ratio. In this study, we …

In this study, the wake flow of a 10MW semi-submersible floating offshore wind turbine has
been studied using Computational Fluid Dynamics (CFD) and OpenFAST. RANS with k-ω …

This work investigates the effect of wind direction on the flow over a cliff and its interaction
with the wake of a wind turbine sited on the cliff. The cliff is modeled as a forward-facing …