Recently, the study of weak conductor dynamics influenced by an electromagnetic (Riga)
plate has garnered scholarly interest, taking into account various physical factors …

The hydro-thermodynamical performance and efficiency of exceedingly sensitive systems is
a significant issue in many engineering and scientific processes in the present day …

The study of magnetically influenced flows in conjunction with non-Newtonian dusty fluids
finds wide-ranging applications in minerals processing, environmental engineering, and …

This article aims to simulate optimum thermal convection and minimization in entropy
generation in viscous hybrid nanofluid (Fe 3 O 4-MWNTs/H 2 O) flow in thermally cold star …

This paper explores the time-evolving behaviour of an optically dense fluid in proximity to a
vertically oscillating plate with a slip condition. By utilizing the Laplace transform (LT) …

Rotational buoyancy assumes a substantial role in a multitude of natural and engineering
systems, with particular emphasis on astrophysical and geophysical scenarios. The primary …

The exploration of interactions between magnetic fields and thermal convection represents
an extremely interesting field of research, which has captured the considerable attention of …

In this work numerical solutions using finite difference method of hybrid nanofluids (TiO 2–
Cu/Water) over an inclined plate are obtained. The nanoparticles are taken of volume …

In today's rapidly advancing world, more deliberate development and implementation of
energy‐efficient thermal management systems is emergent. In industrial and engineering …

A major challenging proffered study rely on the inquisitive optimization of entropy together
with thermal as well as mass transportation towards the chemically reactive 3-D Prandtl …