The impact of the inclined magnetic field toward a flat parallel plate by operating
incompressible suspension of three diverse types of oxide nano-sized particles in water …

The utilization of hybrid nanofluids (HNs) to boost heat transfer is a promising area of study,
and thus, numerous scientists, researchers, and academics have voiced their admiration …

The current research has a primary focus on characterizing buoyancy-driven nonlinear
mixed convection. This phenomenon is studied within the context of an MHD Newtonian flow …

In this study, a two-dimensional contaminant transport model with time-varying axial input
sources subject to non-linear sorption, decay, and production is numerically solved to find …

The aim of the current study to inspect the magnetic flow properties and heat transport
features near an oblique stagnation point of a nanofluid with mixed convection through a …

Deep saline permeable sandstones have the potential to serve as sites for CO2 storage.
However, unstable CO2 storage in pores can be costly and harmful to the environment. In …

In the present study, the interaction of variable fluid properties with electrokinetically
regulated peristaltic transportation of a reactive nanofluid embedded in a porous space is …

This study examines the natural convection of a steady laminar nanofluid flow past an
isothermal vertical plate with slip boundary conditions. A review of existing literature reveals …

The paper investigated the effects of heat and mass transfer with the chemical reaction on
time-dependent magnetohydrodynamic (MHD) free convection nanofluid flow through a …