Background and objective: Biomolecules of microorganisms are of greater importance in the
industrial microbiology because, biosurfactants and surface-active molecules are produced …

The present study investigates the significance of activation energy during chemical
reactions, thermal radiations and temperature gradient of 3-D steady Magnetohydrodynamic …

This work revealed the investigation of the Casson nanofluid flow's MHD (magneto-
hydrodynamic) unstable boundary layer characteristics in the simultaneous transmission of …

Biological transmission (or bioconvection) offers a huge room for studying the interplay
between microorganisms and fluid dynamics. The understanding of bioconvection is …

This study investigates the double-diffusive natural convection of the non-Newtonian
Casson fluid in a square cavity based on the original viscoplastic stress model without …

The effect of revised Fourier's heat flux on the heat transport features of hybrid nanoliquid
prepared with magnesium oxide (MgO), magnetite (F e 3 O 4) as nanoparticles, and …

The impact of induced magnetic field and double-diffusive convection on the peristaltic
pumping of six constant Jeffreys nanofluids in a tilted asymmetric channel are examined in …

The dynamic of fluids and coolants in automobiles are achieved by enhancement in heat
energy using ternary hybrid nanostructures. Ternary hybrid nanomaterial is obtained by …

In this paper, we compared copper-engine oil Casson–Maxwell, Casson–Jeffrey, and
Casson–Oldroyd-B binary nanofluids in a parabolic trough solar collector. Using appropriate …

Biological fluids often have complex properties due to the presence of tiny particles, cells,
microbes, or large molecules. The Casson-Maxwell-Oldroyd-B (CMO) fluid model is a key …