Hybrid nanofluids' enhanced thermophysical properties make them applicable in a plethora
of mechanical and engineering applications requiring augmented heat transfer. The present …

This study analysed the heat and mass transfer in magnetohydrodynamic ternary ethylene-
glycol-based hybrid nanofluid over a rotating three-dimensional surface with the impact of …

There is a rising industrial need to enhance the thermal properties of fluid as they flow over
surfaces. Practical applications include coolants in electronics, heat exchangers and heat …

The heat and mass transfer mechanism has gained importance in technical, industrial, and
engineering processes due to the application of thermal radiation in nanomaterials with …

Endoscope effect on Casson nanofluid with variable viscosity, double-diffusive convection,
and shape factors are examined in the current research. We also investigated using a non …

An approach is made to analyse influence of Soret and Dufour number on mixed convection
flow of Casson fluid in existence of uniform magnetic field, porous media and amplification in …

This study aimed at investigating the variation of heat transfer and velocity changes of the
fluid flow along the vertical line on a surface drawn from both sides. In the beginning, several …

Thermal radiation, chemical reaction, and Soret-Dufour produce effects on the tangential
hyperbolic and waters-B nanoliquid unsteady flow which are explored in this work due to …

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 …

This study anticipates examining a slip bioconvective movement of a non-Newtonian
Sutterby nanofluid (SF) layer with motile microorganisms, where the fluid layer flows over a …