The combination of flow-induced vibration and pulsating flow has a greater potential to
enhance heat transfer. This study aims to investigate the effect of flow-induced vibration …

The active methods are recently considered to increase the heat transfer rate. Compared to
the passive methods, the active ones experience less pressure drop. Some inherent …

The flow-induced vibration (FIV) and heat transfer performance of a cylinder with a bio-
inspired surface were investigated numerically to analyze the influence of coverage (θ) and …

For realizing effective vibration excitation and control, a new vortex generator (VG) is
proposed. Based on a two-step calculation strategy, the flow-induced vibration responses of …

With the development of science and technology, the heat dissipation problem of high-
density electronic products has gradually emerged in engineering practice. In this paper, the …

A pair of 12.7 mm wide (W) and 25.4 mm tall rectangular flexible strips made of 0.1 mm thick
aluminum sheet was employed to enhance convective heat transfer from a flat surface in a …

This study deals with the influence that different motion laws have on mixing enhancement
downstream of a moving square cylinder in the confined laminar regime. A square cylinder …

Purpose This paper aims to compare the performance of flow pulsation versus flow stirring in
the context of mixing of a passive scalar at moderate Reynolds numbers in confined flows …

Flow-induced vibrations of a rigid prism with an open semicircular cross section, supported
elastically, were experimentally studied in a free-surface water channel. The objective of the …

Abstract A 0.1 mm thick and 12.7 mm wide (W) rectangular flexible strip is experimentally
investigated for its effectiveness in boosting the convective cooling from a heated flat plate in …