The present paper is an overview of the latest developments regarding the application of
nanofluids in boiling critical heat flux by means of both pool-and convective-flow boiling …

Adding solid particles of nanometer scale to fluids is one of the most important passive
methods of enhancing heat transfer performance. However, this gives numerous chances to …

In recent years, utilization of nano-technology in drugs and cancer growth treatment has
produced a great deal of temptation in thermal properties of biological nanofluid, for …

Here, the researchers carried out an experimental analysis of the effect of the TiO2
nanosolution concentration on the heat transfer of the twin jet impingement on an aluminum …

Due to its vast application in the engineering discipline, nanofluids have become a popular
subject of investigation in the mathematical and physical research. The enhancement of …

Knowing a day's monitoring and analyzing events of network for intrusion detection system
is becoming a major task. Intrusion detection system (IDS) is an essential element to detect …

In the past few years, clinical studies and scientific research projects have found a wide
range of applications for infusions of various nanoparticles or nanocomposites. Emulsions or …

This article reports numerical investigations of turbulent flow field and heat transfer
performance of water-alumina nanofluid jet impingement. The jet impinges over a flat …

The current research proposes a numerical investigation in the triple tubular concentric heat
exchanger (TTCHE). Numerical validations of the TTCHE's performance in parallel flow are …

In the present study, fully developed laminar flow with forced convection heat transfer of Al 2
O 3/water and TiO 2/water nanofluids inside a vertical tube subjected by constant heat flux …