This work covers the theoretical and computational examination of the Ellis hybrid nanofluid
flow model with magnetic, Darcy-Forchheimer, and non-linear thermal radiation effects …

ABSTRACT Peristalsis of Ree–Eyring non-Newtonian fluid is significant to investigate the
rheological features of biological fluids such as blood, saliva, intravascular fluids …

The current paper presents an innovative model for a polygonation purpose based on
glycerol steam reforming for the first time. This model uses an innovative thermal integration …

Pharmaceutical fluid processing is a procedure of medication manufacturing, utilizing a
particular kind of heat transfer in a biofluid designed to maintain the desired temperature for …

In this article, we investigate the bioconvection flow of Casson nanofluid by a rotating disk
under the impacts of Joule heating, convective conditions, heat source/sink and gyrotactic …

Inspired by significant physiological applications of peristaltic transport, a mathematical
model for the peristaltic pum** of a Jeffrey nanofluid containing gyrotactic microorganisms …

Nanofluids are extremely beneficial to scientists because of their excellent heat transfer
rates, which have numerous medical and industrial applications. The current study deals …

Prescribed thermal/concentration conditions features for bidirectional radiative transport of
magnetic Maxwell nanofluid with Ludwig-Soret and pedesis effects are discussed. Arrhenius …

Present work describes the peristaltic flow of Sisko nanomaterial with bioconvection and
gyrotactic microorganisms. Slip conditions are incorporated through elastic channel walls …

Entropy generation is a novel perspective in many thermodynamic processes and presents
dynamic applications for optimizing heat transfer. In addition, the presence of …