The hydrodynamic behavior of swimming cells in a bounded domain filled with Oldroyd 8-
constant fluid is expounded. Stokes equations normally hold for bodies swimming with slow …

The thermal case study is conducted by using artificial intelligence to examine the heat
transfer traits in Williamson fluid flow with heat source and thermal slip effects. The thermal …

The heat transmission in a rectangular porous fin affected by a thermal non-equilibrium
model with radiation and magnetic field influences is studied in this study. A ferrofluid …

The coating process is widely used in various industries to enhance the production quality
and efficiency. This study gives a comprehensive analysis of non‐isothermal blade coating …

The blade coating is an essential industrial technique that involves applying a protective
liquid layer to a moving surface with a smoothing blade. In this article we demonstrated the …

Artificial intelligence (AI) is used to study the thermal flow field for Powell-Eyring fluid model
when free stream condition is the same as stretching at the surface. The temperature and …

Heat exchangers, drying, dehydration, pollutant dispersion, separation processes, and
biological individualities to name a few are significant phenomena in numerous fields and …

The underlying investigation reports the effects of the magnetohydrodynamics (MHD) and
non-linear slip coefficients on the coating thickness of the web/substrate during the blade …

The major aim of this work is to analyze the thermophysical properties of hybrid nanoliquid
inside a square lid driven enclosure under the effect of applied magnetic field and mixed …

Advancement in thermodynamical characteristics of non-Newtonian fluid is achieved by
induction of gyrotactic microorganisms in order to attain efficient thermal and mechanical …