The world's fossil fuel supplies are being depleted at an accelerated rate, and the demand
for these resources is only growing. In addition, fossil fuels which provide 80% of the world's …

Background With the progress of solar energy application and nano-technology, nanofluid
heat assortment has fascinated noteworthy consideration. The solar plasmatic nano-fluids …

The aim of this current research is to investigate the peristaltic flow of Williamson nanofluid
across a rough surface in a non-uniform channel under the influence of inclined magnetic …

Numerous technological applications, including rotating equipment design, missile re-entry,
projectile motion and fiber coating, depend on the rotational flows and heat transfer …

Flow over yawed and unyawed blunt bodies often occurs in various engineering
applications. The fluid flow over a yawed cylinder explains the practical significance of …

The current research focuses the light on the characterization of buoyancy-driven non-linear
mixed convection and non-linear radiation in a Newtonian flow over a non-linearly stretching …

The nonlinear buoyancy-induced (quadratic convection) flow of water conveying hybrid
nanoparticles (25 nm Ag and 40 nm MgO) around a revolving cone surface subjected to …

Using hybrid nanoparticles to improve thermal processes is a critical method with
implications for a wide range of interventions used in many industries. The Eyring–Powell …

The time-dependent enhanced heat transport and nonlinear thermal buoyancy-driven flow
of the MWCNT-MgO/EG hybrid nanofluid at the stagnation-point of the rotating sphere …

Copper nanoparticles are getting attention because of their outstanding physical
characteristics and wide range of uses. The motivation of this research is to investigate …