Since the last two decades, researchers have paid significant attention to nanofluid because
of their high rates of thermal conduction. Due to the widespread usage of these materials in …

Electro-periodic Magneto-hydrodynamics (EPMHD), activation energy, and non-linear
radiation are pivotal elements in engineering and industry also contribute to advancements …

This work examines the numerical representation of boundary layer flow across a horizontal
plate using the non-Darcian Maxwell model. The inspiration of mass transfer, heat …

This study numerically investigates bioconvection in a magnetized Casson–Maxwell
nanofluid with gyrotactic microorganisms using the Buongiorno model to analyze …

The goal of this work is to further improve our knowledge of the nonlinear radiative second-
grade nano fluid flow boundary layer phenomena which is associated with an Arrhenius …

Maxwell-fluid represents the flow of polymers used in the food processing industry and the
cooling of copper plates. Much research has focused on maxwell-fluid flows across …

Due to the outstanding thermal properties of nanoparticles, scientists have introduced a
range of multidisciplinary applications in fields such as heat transfer systems, thermal …

This study investigated cyclic magneto-hydrodynamic radiative effects in Casson and
Maxwell fluids, including nonlinear radiation and Arrhenius activation energy. It promotes …

Stratified flows are commonly observed in numerous industrial processes. For example, a
gas-condensate pipeline typically uses a stratified flow regime. However, this flow …

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