Non-Fourier's and non-Fick's models enhance predictions of transient heat transfer and
mass transport, especially in situations where local equilibrium assumptions break down. In …

This study is conducted to discuss the thermal transport of second grade nanofluid flowing
through a vertical channel. The nanoparticles, alumina (Al2O3), and titanium (TiO2), are …

The modern era is a time to have cost-effective and energy-efficient technology. This
demand has made nanotechnology the most effective field. The focus of this article is to …

The rapid development of nanotechnology in our emerging industries has drawn the interest
of numerous researchers and scientists, especially in experimental and numerical studies …

The mass and heat transport of Casson nanofluid flow in a channel under the influence of
the magnetic field, heat generation, chemical reaction, ramped concentration, and ramped …

Numerous researchers have been drawn to the rheology of non-Newtonian fluids because
of their diverse uses in the engineering and manufacturing fields, such as lubrication, plastic …

This study's main goal is to examine the advantages of a two-dimensional Reiner-Philippoff
fluid flow via a stretched sheet. Furthermore, radiative heat transmission and magnetic …

In this article, we explore a novel numerical solution of a triple diffusive flow of Casson fluid
taking slip boundary condition on a stretching sheet along with suction and magnetic field …

A vertical plate experiences a dynamic flow of fractionalized Brinkman fluid governed by
fluctuating magnetic forces. This study considers heat absorption and diffusion-thermo …

This study aims to analyze the two-dimensional incompressible, steady MHD-mixed
convective nanofluid flow with homogenous–heterogeneous (hh) reaction and Cattaneo …