In this paper, the free convection flow phenomenon on magnetized second-grade nanofluid
over a nonlinear elongating surface has been modeled under the assumptions of …

The aim of this study is investigation of solar radiation influences on two-dimensional
stagnation-point flow of nanofluid over a stretching sheet. The magnetic field is considered …

In this article, the combined impact of thermal radiation and suction/blowing on the MHD flow
of Cu-Ag/H2O-C2H6O2 hybrid nanofluid through a stretchable surface in Darcy …

The objective of the present exploration is to examine the nanoliquid flow amid two
horizontal infinite plates. The lower plate is stretchable and permeable. The uniqueness of …

The melting effect with the magnetic field performs a significant role in various manufacturing
and industrial applications, such as welding, casting, magma‐solidification, nuclear …

Nanoliquid is a modern invention that is very promising in improving the heat transfer
capabilities. The most critical disadvantage of classical nanoliquid models is that they …

A new statistical approach likely response surface methodology with the help of analysis of
variance is used for the optimized heat transfer on the three-dimensional micropolar …

The aim of this study is to investigate the impact of magneto hydrodynamic Powell–Eyring
fluid on double-diffusive phenomena, with a specific focus on employing the Cattaneo …

The current work aims to study heat transfer properties within the flow. A newly developed
idea regarding hybrid nanofluid is utilized to obtain the desired outcomes. This study …

In this article, the microstructural slip principle is applied to the flow of micropolar fluid
related to the simulation of different physical scenarios. The fluid flow is pickled with different …