With the rapidly increasing demand for high-flux heat transfer in engineering applications,
eg 5G microchips, concentrating photovoltaic cells and next-generation nuclear reactor …

Existing research on heat transfer enhancement in pipe flow shows that the improvement of
thermal performance is generally accompanied by an increase in the pressure drop, which …

Multiscale rough superhydrophobic or slippery liquid infused porous surfaces have gained
much interest in recent years for their improved transport phenomena properties. While there …

We analytically and numerically consider the hydrodynamic and thermal transport behavior
of fully developed laminar flow through a superhydrophobic (SH) parallel-plate channel …

The features of flow fluid and convective heat transfer have been investigated numerically in
a rotating rectangular U-shaped microchannel for various aspect ratios (AR). Pure water is …

As an efficient cooling method, wavy microchannel heat sink (W-MCHS) with
superhydrophobic walls is suggested as an alternative to a straight microchannel heat sink …

This paper presents an analytical investigation of constant property, steady, fully developed,
laminar thermal transport in a parallel-plate channel comprised of metal superhydrophobic …

Superhydrophobic microchannels have been found to deliver remarkable frictional flow
resistance reduction owing to entrapped air on its surface micro texture. However, the …

This paper presents an experimental study of drop impingement and thermal atomization on
hydrophobic and superhydrophobic (SH) surfaces. Superhydrophobic surfaces having both …

Nature inspired superhydrophobic surfaces are applied to microchannels to minimize the
pumping power needed for driving the fluid flow. Special attention is given to the …