The prominent novelty of current review is to exhibit the fluctuating and oscillatory convective
heat transfer properties along various geometries with magnetic force, variable density …

The main goal of present research is to illustrate the frequency and amplitude behavior of
heat and mass transfer of Darcy Forchheimer nanofluid flow with Arrhenius activation energy …

The thermal analysis of two-phase models that deal with the fluid and dusty phases has
been considered. This study instigates the flow of a non-miscible, dusty hybrid nanofluid …

This article investigates the flow dynamics of electrically conducting dusty hyperbolic tangent
fluid over a stretching sheet with thermal radiation and heat source effects. Moreover, the …

Due to the large pressure difference between the front and back of the valve, the pilot-
operated regulating valve is prone to blocking flow, and there are multiple closed cavities …

The impact of doping electrical insulating fluids with nanoparticles on the thermal
characteristics of the resulting nanofluids and heat transfer for cooling high-power …

To shed light on the steady biomagnetic fluid flow past a thin needle under the combined
influence of ferrohydrodynamics and magnetohydrodynamics, an analysis has been …

Understanding and controlling the shape factors of nanoparticles in fluid flow problems is
crucial for optimizing heat transfer, fluid dynamics, and various applications such as …

In a solar collector system, absorbing radiation through solar panel and transforming it into
heat, the role of nanofluid is vital. However, the combined effect of CuO and Cu water hybrid …

The concept behind this article is an extensive analysis of the most recent findings about
free convection thermal flow in an enclosure or cavity, as well as the methods employed to …