An increase in energy demand is leading to the continuous rise in global temperature above
pre-industrial levels with the discharges of toxic gases and radiations leading to severe …

Heat exchangers have already proven to be important devices for thermal systems in many
industrial fields. In order to improve the efficacy of heat exchangers, nanofluids are recently …

This study attempts to evaluate the flow, heat transfer and second law characteristics of a
hybrid nanofluid containing graphene–silver nanoparticles inside two new microchannel …

This research aims to study the thermal and hydraulic attributes as well as energy efficiency
of a new ecofriendly nanofluid including functionalized graphene nanoplatelets in a mini …

The effects of simultaneous implementation of corrugated walls and nanoparticles upon the
performance of solar heaters are investigated. Triangular and sinusoidal wall profiles along …

Three dimensional numerical simulations have been performed on a cubical cavity using
finite volume method. Vorticity-vector potential formalism is enforced on the open cavity filled …

This article aims to study the heat transfer performances and the degree of thermodynamic
irreversibility of two types of hybrid nanofluids, namely MWCNT+ Fe 3 O 4/water and ND+ Fe …

Influence of nanoparticle volume concentration and proportion on heat transfer performance
(HTP) of Al 2 O 3–Cu/water hybrid nanofluid in a single pass shell and tube heat exchanger …

The goal of this article is to assess the merit of utilizing an innovative water-based nanofluid
containing the reduced graphene oxide‑cobalt oxide hybrid nanocomposite in a …

Nanofluid in a mini/microchannel heat sink is an effective technique that combines
advantages of micro/minichannels and nanofluids to obtain high single-phase enhancement …