Meandering describes the large-scale, low frequency motions of wind turbine wakes, which
could determine wake recovery rates, impact the loads exerted on turbine structures, and …

In this work, a data-driven wall model for turbulent flows over periodic hills is developed
using the feedforward neural network (FNN) and data from wall-resolved large-eddy …

Site-specific wind farm design must take into account the effects of site-specific terrain
topography. Large-eddy simulation (LES) is a promising approach for simulating the site …

The deployment of in-stream flow-energy converters in rivers is an opportunity to expand the
renewable energy portfolio and limit carbon emissions. Device performance and lifetime …

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 …

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 …

Tidal stream turbines are attracting increasing attention these days, but only limited
researches focus on the local scour around these devices. Laboratory tests are conducted in …

Turbulent flows over rough surfaces widely exist in nature and industry. Investigating its
mechanism is of theoretical and practical significance. In this work we simulate the turbulent …

In meandering rivers, interactions between flow, sediment transport, and bed topography
affect diverse processes, including bedform development and channel migration. Predicting …

The wall-resolved large-eddy simulations of turbulent flows over periodic hills are carried out
to study the Reynolds number effect on flow statistics. Five different Reynolds numbers …