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 …

This work focuses on non-Newtonian fluid with changeable characteristics and motile
microorganisms in the presence of solar radiation and Arrhenius chemical reaction. With the …

Background Recently, bioconvection theory has developed progressively significantly in
numerous arenas. For instance, biotechnology, genetic structures, biological disciplines …

Nanofluids have significant industrial applications and motivating heat transfer
characteristics for various factors that contribute to the movement of nanofluids are essential …

The extent of buoyancy forces on Tangent Hyperbolic nanofluid flow over a vertically held
stretchable plate in the presence of a magnetic field is mathematically modeled in this work …

This paper investigates how ester-based nanofluids flow between two parallel disks when
subjected to micropolar effects. Compared to traditional Newtonian fluids, micropolar fluids …

This research aims to better understand the fundamental behaviour of fluids by comparing
the nature of a Newtonian fluid and Williamson fluid under the interaction of sinusoidal MHD …

The effective thermal management of various engineering processes an energy applications
identify the importance of advanced thermal fluids. This investigation aims to present the …

Among the most promising substitutes for conventional methods of heat transmission via
fluids with sources of alternative energy include hybrid nanofluids, which can attain very …

This study investigated the consequence of nanoparticle aggregation on the thermal
distribution in nanofluid motion across a stretching surface with a porous medium …