The concept of nonlinear thermal convection is taking place for the process of
cooling/heating in some thermal industries like solar collectors, combustion, and reactor …

The current study presents a novel examination of heat transfer properties in a
magnetohydrodynamic (MHD) flow of Casson fluid across a porous stretching sheet …

Flow around a solid sphere finds utility in numerous single-and two-phase engineering
applications, such as sport balls, combustion systems, silt conveyance in waterways …

In this paper, author presents an innovative artificial intelligence techniques based on deep
learning simulation algorithms due to wide range of applications in science, robotics and …

I. INTRODUCTION The Williamson fluid model exhibits shear thinning properties since it has
minimum and maximum viscosities (μ0, μ∞). Williamson, in 1926, carried out experiments …

Statistical analysis (SA) stands as an indispensable tool in materials science and
engineering, aiding in the understanding and optimization of heat and mass transport …

The effects of chemical reactions on heat and mass transfer with radiation are extremely
important in hydrometallurgical industries and chemical technology, such as polymer …

In recent years, hybrid nanoparticles have gained significant attention for their ability to
enhance thermal conductivity in various fluid systems, making them effective heat transport …

In the existence of radiation absorption and Joule heating, this investigation the
magnetohydrodynamic convective flow through the boundary layer of a Casson nanofluid …

The transport of atherogenic molecules across a bifurcated artery under the stenotic
conditions are examined in this present work simultaneously with the effects of …