Depleting energy resources have become the driving force for their conservation. Increasing
the system efficiencies is one method by which sustainability of energy may be ensured, for …

Energy conversion and utilization are continuous but ever increasing processes for
sustainability and economic development. Environmental concerns, such as thermal and air …

In this study, laminar single-phase fluid flow and conjugate heat transfer for three different
shapes of microchannel heat sinks (MCHS) were numerically investigated using …

In this paper, heat transfer and pressure drop characteristic associated with minichannel
heat sink is investigated experimentally. TiO 2 nanofluid with 15% weight concentration in …

The study presents the combined effects of using nanofluid and varying fin cross-sectional
shape on the heat transfer characteristics of a micro pin-fin heat sink by employing discrete …

Designing an effective parallel microchannel heat sink (PMCHS) is necessary for
addressing the cooling challenges of high heat-dissipating electronics. This paper presents …

This study reports an experimental work to examine the angle effect of pin fin heat sink
channel in terms of convective heat transfer coefficient, log mean temperature difference and …

Finned minichannels are modeled in order to optimize microstructure geometry and
maximize heat transfer dissipation through convection from a heated surface. Six pin fin …

In this work, graphene nanoplatelets nanofluids (GNPs) thermal and hydrodynamic
performance is observed experimentally in comparison with distilled water on integral fin …

In this study, fluid flow and conjugate heat transfer in a micro-channel heat sink (MCHS) is
simulated with ANSYS-Fluent and optimized with multi objective genetic algorithm known as …