No doubt the non-Newtonian rheological fluids via stretchable surface has ample
applications in sustainability of natural resources, glass fiber production, aerodynamic …

Hybrid nanofluids have achieved a lot of interest because they have the ability to improve
the thermophysical characteristics for the applicable applications. In the context of heat …

In the upcoming decades, concentrated solar power (CSP) technology is expected to be one
of the most promising methods of producing electricity. Along with the reduction in energy …

This work presents the entropy generation of an incompressible boundary layer flow over a
heated flat-plate with temperature dependent viscosity. The viscous dissipation effect is …

In the current study, Casson fluid flow over an inclined non-linear surface through Darcy-
Forchhiemer permeable medium is analysed numerically with the influences of effects …

Bioconvection in hybrid nanofluids refers to the phenomenon where biological
microorganisms such as algae or bacteria exhibit collective movement or pattern formation …

Nanofluids have recently triggered a substantial scientific interest as cooling media.
However, their stability is challenging for successful engagement in industrial applications …

This article deals with the magnetohydrodynamics (MHD) transportation of water-based
nano-ferrofluid in a channel. Three different types of ferrofluid suspensions, to be specific …

The amount of energy which drops in any thermodynamical system which is unattainable for
useful work is known as entropy generation. Second thermodynamics law is usually utilized …

Aluminum-based thermite containing fluorine oxidizers exhibits excellent performance
characteristics such as substantial heat release and tunable gas production. In this study, a …