Regarding the design optimization of the heat exchanger, the traditional method of changing
the size of the macroscopic structure can no longer meet the increasing demand for heat …

In the present study, the drag reduction and heat transfer characteristics of water flowing
through the tubes with superhydrophobic surfaces were investigated. The tubes with inner …

It is still in suspense for the effects of slip velocity and structural parameters on the heat
transfer on a super-hydrophobic surface. It is thus necessary to study it in both theory and …

Microchannels have an excellent thermal performance but they acquire a large pressure
drop. Recent studies show that microchannels with superhydrophobic surfaces may provide …

Superhydrophobic surfaces have garnered attention for their ability to decrease fluid
resistance, which can significantly reduce energy consumption. This study aims to …

Nowadays, considering the enhanced power density of electronic devices and energy
systems, increasing the efficiency of heat transfer is inevitable. Recent studies have shown …

Investigating the thermal performance of non-Newtonian fluids is of great importance as
these fluids are ubiquitous in industry. In this regard, we perform a series of numerical …

This paper investigated effects of slip length and hydraulic diameter on the hydraulic
entrance length of laminar flow in superhydrophobic microchannels. Numerical …

In order to study the effect of superhydrophobic structure failure on condensation heat
transfer and flow in gravity heat pipe, superhydrophobic surfaces with three diameters (D …

The flow dynamics and heat transfer in fully-developed flow region changes significantly
with the size of the water-repellent microstructures. It is noted that the hydrophobic coated …