The inherently advantageous geographical location of East and Southeast Asia provides a
great potential for the development of diverse ocean energy technologies along its densely …

One of the main hydrodynamic phenomena in hydrokinetic turbine operation is the formation
of a spiral movement after the flow passes through the rotor, which is known as the wake …

Understanding the wake interactions among turbines is important for developing efficient
tidal farm configurations. The present study compares the power and wake generated by a 2 …

Abstract Large Eddy Simulation on a grid composed of 3.8 billion points is utilized to
reproduce the wake of a marine propeller. Results are compared against Particle Imaging …

Tidal current energy has two crucial advantages over other renewable sources: predictability
and stability. These characteristics facilitate grid management, reduce energy storage costs …

A counter-rotating tidal turbine can balance the axial torque and accelerate the wake
recovery, leading to a more conducive array layout. This paper aims to investigate the …

The efficiency of tidal stream turbines in a large array depends on the balance between
negative effects of turbine-wake interactions and positive effects of bypass-flow acceleration …

The flow around the rotor of an axial turbine, operating in the wake of an upstream one, is
resolved using large-eddy simulation on a cylindrical grid consisting of 3.8 billion points …

Array research of tidal turbine is critical to make it cost-effective and commercializing. There
are many studies of turbine arrays, which mostly focus on a conventional horizontal-axis …

Large-Eddy Simulations are reported, dealing with an axial-flow hydrokinetic turbine
operating in the wake of an upstream one. Computations were conducted on a cylindrical …