Hybrid fluids retain excellent energy transportation properties similar to mono-fluids. Like
materials they have appliances in obvious fields such as solar collectors and military …

The current research investigates the impacts of nanoparticle diameter and liquid–solid
nanolayer on ferrofluid (Fe 3 O 4-water) flow over an upward/downward moving rotating …

The present study investigates the Marangoni convective fluid flow over a rotating disk with
an inclined magnetic field and in the presence of a nonuniform heat source when the disk …

Nanofluids can be employed in various technical applications, including those in the
medical field, the power plant cooling system, computers, and the automotive industry. The …

Purpose The purpose of this study is to investigate the entropy generation in different
nanofluids flow over a vertically moving rotating disk. Unlike the classical Karman flow, water …

The electrically conducting rotational microbial nanofluid with Coriolis and Lorentz force
over a moving plate in the vertical direction with the velocity ratio at the boundary condition …

Hybrid nanofluids have achieved a lot of interest because they have the ability to improve
the thermophysical characteristics for the applicable applications. In the context of heat …

In this research, the dynamics of MHD Casson fluid flow has been discussed in the presence
of non-Darcy Forchheimer porous medium. The investigation is focused on how thermal …

The current model describes the Darcy-Forchheimer fluid flow over a rotating disk, stretching
in the radial direction along with its vertical movement with constant velocity. The heat …

The current research paper investigates semi numerical study of steady incompressible
viscous two-dimension, boundary layer flow for hybrid nanofluids with the influence of …