Vibration analyses on axially moving functionally graded nanoplates exposed to
hygrothermal environments are presented. The theoretical model of the nanoplate is …

This study analyzes the growth of a vapour bubble in a superheated nanofluid with variable
surface tension at the bubble interface. The governing equations describing the problem are …

Phase-change heat transfer processes involving water play a key role in numerous societal
applications, such as electrical power generation, microelectronics cooling, or water …

This paper reports an experimental investigation of the latent heat of vaporization (h fg) in
nanofluids. Two different types of nanoparticles, graphite and silver, suspended in deionized …

In recent years, some researches have revealed the addition of nanoparticles into base
fluids can not only enhance the absorption of solar energy but also have an obvious …

This study investigated the effect of varying atomic ratios (1%, 3%, 6%, and 10%) of Al₂O₃
nanoparticles on the thermal performance of a hybrid paraffin-air nanostructure in a heat …

This paper reports measured and calculated (through molecular dynamics simulations)
latent heat of vaporization (H fg) for water and ethanol based nanofluids. The experimental …

This paper is devoted to measurement and prediction of the saturated flow boiling of
nanofluids. In this regard, pressure–temperature variations at saturation conditions are …

Nanoparticle suspensions, popularly termed'nanofluids', have been extensively investigated
for their thermal and radiative properties (Eastman et al 1996 Mater. Res. Soc. Proc. 457; …

The idea of employing nanoparticles in boiling flows has been welcomed by many
researchers to increase heat transfer coefficient. In the present study, the effects of adding …