This study stems from the growing need for effective mathematical tools to tackle nonlinear
fractional evolution equations, which find wide applications in physics and engineering …

Thermodynamics, electromagnetic, and fluid dynamics interact intricately in plasma flows.
The boundary layer of momentum close to a solid surface is affected by both …

It is imperative to investigate the proposed computational scheme for the resolution of two-
dimensional partial differential equations that result from non-Newtonian nanofluid flow over …

The primary goal of current study is to formulate a novel mathematical model employing the
Prabhakar fractional operator, aimed at examining the dynamic behaviour of Jeffrey fluid …

This study investigates the complex behavior of Jeffrey nanofluid flow in a porous oscillating
microchannel under the influence of magnetohydrodynamic (MHD) effects. The research …

Nanoparticles in blood flow play a pivotal role because of their extensive use in
biomedicine, tissue engineering, and blood coagulation. Gold and Zinc nanoparticles have …

A number of thermal devices might benefit from the usage of nanofluids in solar power. In
this research, the idea of MHD mixed convective hybrid nanofluids including grapheme …

The thermal importance of nanoparticles in different fields of engineering is still a develo**
issue that necessitates additional focused consideration. The suspension of non-Newtonian …

One of the major challenges in designing an efficient heating and cooling equipment is the
consideration and availability of cost-effective fluids. The potential of hybrid nanofluid to …

In this paper, two-dimensional (2D) heat equations on disjoint rectangles are considered.
The solutions are connected by interface Robin's-type internal conditions. The problem has …