Designing high efficient heat exchangers, which are capable of working in high
temperatures, is an important issue in many engineering processes and areas of …

Amidst the new techniques facing the improvement of cooling and insulating efficiency and
the design of electric transformers, constrained by the current technologies, one of the more …

Nanofluid as heat transfer medium in microchannel heat sink is very common. It is a
promising approach to employ electrohydrodynamic (EHD) effect to improve the heat …

The purpose of the current study is to investigate the non-Newtonian unsteady Williamson
fluid on a stretching/shrinking surface along with thermophoresis and Brownian effects …

The addition of nanoparticles to a base fluid (ie, nanofluids) is an effective strategy to
achieve a higher thermal conductivity of a fluid. In a common nanofluid, the suspended …

Compared with conventional surface absorption collectors, nanofluid-based direct
absorption solar collectors (DASC) have superior optical absorption performance and …

Nanofluids with excellent thermal properties have significant advantages in the heat transfer
enhancement. While, nanoparticles are easily deposited on the heat transfer interface or …

In electrical engineering, the heat transfer can be enhanced by changing the thermophysical
properties of insulating oils. In this paper, a single-phase power transformer with a nominal …

Spark plasma sintering is an interesting manufacturing method, which benefits electric
current heating. In the present study, the sintering process of hafnium diboride (HfB2) …

The open microgrooves heat sinks pose a promising application in the future of electronic
devices cooling. However, there are problems with insufficient supply of working fluid and …