Graphene has attracted much attention from various researchers because of its enhanced
mechanical, thermal, and physio-chemical properties. Graphene exhibits high thermal …

Electronic devices are being used extensively for different applications, where the thermal
management of these devices is still a critical challenge due to rapid miniaturization, high …

This review describes and compare the recent studies for numerical and experimental
researches in the improvement of Nanofluid on flow, thermal conductivity, and heat transfer …

Heat produced inside internal combustion engines can become the cause of engine
damage and failure. The engine cooling system in vehicles plays a crucial role to avoid …

The purpose of this study was to determine an exact solution for the fluid flow and heat
transfer of laminar steady magnetohydrodynamics (MHD) nanofluid flow over a …

This work presents experimental and numerical investigations on enhancing the heat
transfer performance of automobile radiators with nano-coolant flowing with different mass …

Forced laminar convective heat transfer of MgO and ZnO nanofluids through flat tube
automobile radiator was studied numerically using 0.25-3ć volume concentrations at …

Composites are driving positive developments in the automobile sector. In this study
investigated the use of composite fins in radiators using computational fluid dynamics (CFD) …

Effective cooling of the internal combustion (IC) engines is of utmost importance for their
improved performance. Automotive heat exchangers used as radiator with low efficiency in …

This study investigates the potential of nanofluids in enhancing heat transfer performance in
a 2D tube through a combination of computational fluid dynamics (CFD) simulations and …