... (MHD), Brownian motion, thermophoresis, thermal radiation and variable viscosity. Design/methodology/approach The hybrid nanofluid, composed of aluminum and silver nanoparticles suspended in a Casson base fluid, was modeled using a non-Newtonian rheological framework. The governing partial...

... variable viscosity, the Nusselt number and surface friction decrease significantly compared to their value in the case of constant viscosity, and variable viscosity has a significant effect on flow, which reduces speed. Curves and increasing temperature profiles. Originality/value Developing...

... thermal radiation and variable viscosity effects. By considering four distinct nanoparticles – silicon dioxide titanium dioxide, aluminum oxide and molybdenum disulfide – the study aims to provide insights into how nanoparticle addition influences heat production, thermal boundary layer thickness...

...-dimensional temperature φ Tangential direction ζ Constant μ_hnf Free stream viscosity of hybrid nanofluid Decelerating rotating disk Hybrid nanofluid Variable viscosity Dufour and Soret number In recent days, the brisk...

... thermal conductivity Non-linear thermal radiation Variable viscosity Falkner-Skan flow Casson nanofluid The analysis of the flow field in a boundary adjacent to the wedge is very significant due its extensive applications such as process of crude oil extractions, cooling/heating of sheets...