Turbulence and waves interactions are present in tidal streams ensuing the poorly
comprehended unsteady state. To clarify several aspects of the wave influence on the flow …

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 …

In this paper, a Computational Fluid Dynamics (CFD) code is used to investigate the tidal
stream turbine performance under free surface condition and with surge motion: amplitudes …

Anticipating the power output of tidal-stream turbines (TSTs) is relevant for its technological
advance and success. Therefore, it is important to clarify the behavior of TSTs under tidal …

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 …

An actuator line method (ALM) code is used to investigate the yaw motion of tidal stream
turbines, using different induced frequencies, amplitudes and starting angles. The relative …

This paper describes an investigation into the effect of leading-edge tubercles on turbine
hydrodynamic characteristics and wake development characteristics. The hydrodynamic …

Several works put emphasis on the maturation of floating tidal stream turbine systems,
deemed viable for sites at deep water depths. The objective of this research is to determine …

Tidal stream turbines (TSTs) are usually organized into an array to extract energy from tidal
stream efficiently. A deep understanding of wake structures and thrust characteristics of tidal …

The wake development of a tidal turbine should be fully considered in the array
arrangement. There are many studies on wake characteristics, mainly focusing on a …