Several studies have been reported on nanoparticles and their nanosuspensions including
metal oxides; Graphene Oxide, carbon-based single/composites/hybrid materials which are …

This study examined the design of a renewable system for producing electricity and
freshwater based on the solar cycle and using thermal storage in different cities. The system …

Background Hybrid nanofluids are a new generation of nanofluids that not only improve the
thermophysical properties of the base fluid but also handle many shortcomings of mono …

Hybrid nanofluids are introduced as a novel generation of homogeneous mixtures that are
produced by dispersing dissimilar types of solid particles in a common heat transfer fluid to …

Nanofluids properties such as viscosity, thermal conductivity, specific heat and density are
needed to analyze the coefficients of convective heat transfer. By the mixture relations in the …

In this paper, an elitism-based self-adaptive multipopulation Jaya algorithm is proposed for
the design optimization of heat pipes. The design of a heat pipe involves a number of …

In this research the geometric parameters and nanofluid properties effects on heat transfer
and pressure drop in helical tube, by using alumina-water nanofluid as cooling fluid, are …

In the present work, numerical simulations were conducted to observe the occurrence of
secondary peaks in Nusselt profiles, which were generated on the target surface due to the …

Measurement of thermophysical properties of nanofluids is essential to understand the heat
transfer performance of nanoparticles suspended in base fluids. In this direction, as a …

The use of air jet impingement for cooling is the most expensive task as far as the efficiency
of the component is concerned: not only this, but the generation of characteristic cooling …