This communication studies the vital role of particles spacing and radius of nanoparticles
subject to microgravity environment, an inclined surface, and magnetic field. The varying …

Mathematical model of Jeffrey fluid describes the property of viscoelastic that clarifies the
two components of relaxation and retardation times. Nevertheless, the poor thermal …

This study focuses on the investigation of aligned MHD natural convection flow and heat
transfer of a Casson nanofluid past a vertical plate with convective boundary condition …

Turbulent and non-turbulent analysis of thermomagnetic convection, heating rate and mass
transport of Darcian radiating nanofluid flow through porous slanted sheet is the aim of …

The effectiveness of the heat transfer fluid in the cooling or heating process determines the
optimal performance of the nuclear reactor, microelectronic devices, and chip production …

The nonlinear density variation with temperature happens in many thermal applications like
solar collectors, energy production, heat exchangers, and combustions, and it gives a …

Nowadays, challenges in development of heat transfer for various engineering fields
including heat exchangers, electronics, chemical and bio-industry and others are crucial …

The current study explored the Maxwell hybrid nanofluid on mixed convective radiative over
a stretching/shrinking inclined plate with nanoparticles shapes effect. Copper and aluminum …

In this research, the problem of heat and mass transfer in mixed convection flow induced by
g-jitter is studied analytically. The flow passes through an infinite length of vertical parallel …

The study of fluid motion in fluid mechanics is useful in many engineering applications.
Fundamental studies based on physics law on fluid motion could be done by mathematical …