Direct numerical simulations of the flow and forced convective heat transfer around a sphere
at Reynolds numbers between R e= 500 and R e= 1000 are performed. We investigate the …

The present article reports the thermal and flow characteristics of single and multi-orifice
circular synthetic jet for different waveform shapes through numerical investigation. Present …

This work aims to establish an empirical correlation for predicting the heat transfer
enhancement of planar elastic tube bundle by flow-induced vibration in the Reynolds …

Various erosion patterns generated through the cavitating water jet impacts under ambient
pressure conditions were investigated in experiments and numerical simulations. A series of …

An experimental study is performed to identify the roles of acoustic-actuator integration on
improving convective heat transfer from a row of continuous air jets onto a flat target surface …

This work is focused on exploring the flow and heat transfer capabilities for slotted and
axisymmetric cavity configurations for synthetic impinging jets; the jet is enclosed between …

For the conventional synthetic jet in a confined space, the recirculation of heated air at a
small nozzle-to-surface spacing results in deterioration of its impingement cooling ability. To …

A synthetic jet (SJ) is a microfluidic device that uses the “zero-net-mass-flux” concept to
create a compact cooling solution and provide a net positive momentum flux to the local …

The periodic ejection of fluid from a cavity or channel generates a train of counter-rotating
vortex pairs that synthesizes a coherent fluctuating flow, known as a Synthetic Jet. In recent …

To address the growing energy use of data centers, waste heat recuperation offers a
solution to better integrate these facilities into the broader energy system, thus facilitating a …