Fluid-structure interaction can be utilized to harvest the low-speed wind energy for
sustaining the low-power sensors for structural health monitoring. To enhance the low …

Controlling the flow around circular cylinders is crucial to mitigate vortex-induced vibrations
and prevent structural damage in a range of applications, such as marine and offshore …

A new converter consisting of a circular cylinder on an end-spring is proposed to harness
hydrokinetic power from water flow and tides. Two cylindrical rods with a small diameter are …

Passive turbulence control of flow induced motion of a cylinder using strips has been
practiced for over 30 years. The two distinct physical characteristics of strips: thickness and …

The vortex‐induced vibration may cause fatigue of a bridge structure, affecting the safety of
vehicles and the comfort of pedestrians. Inerter is a two‐terminal device, which has been …

A set of experiments testing the effect on vortex induced vibrations from three different
trailing edge designs on a generic hydrofoil has been carried out at the Waterpower …

The structural dam** of a long-span bridge girder after completion is difficult to predict
accurately in the design stage, and could be obviously lower than the value suggested by …

The current numerical study suggests using a vortex generator to lessen the consequences
of a counter-rotating vortex pair. For this inquiry, the delta winglet pair in the common-flow …

Vortex‐induced vibration (VIV) of bridges, related to fluid‐structure interaction and
maintenance of bridge monitoring system, causes fatigue and serviceability problems due to …

The objective of this study is to apply numerical methods to investigate the effects of the
spacing on the vortex shedding of two elastically mounted cylinders in tandem arrangement …