The investigation of waste discharge concentration with microchannel plays a significant
impact on environmental applications. Microchannels are utilized in treatment facilities for …

In this research study, numerical and statistical explorations are accomplished to capture the
flow features of the dynamics of ethylene glycol-based hybrid nanofluid flow over an …

The growing popularity of artificial neural networks (ANNs) is due to their exceptional
capability in handling complex and highly nonlinear mathematical problems. ANNs provide …

The present work examines the Soret and Dufour significance on 3D flow of THNF (trihybrid
nanofluid) over sheet with porous medium, heat radiation and Stephan blowing impacts …

This research investigates heat and mass transfer behavior in nano-enhanced phase
change materials (NEPCM) within reactive systems using incompressible smoothed particle …

Obtaining an efficient heat transfer fluid is currently a significant challenge in various
industries, including production processes and biomedical applications such as drug …

As hybrid nanofluids have dispersion and diffusion abilities along with greater stability on
the surface compared with the conventional fluids, they are introduced as heat transfer …

In addition to solar water heating and transformers, these applications of research include
heat exchangers and braking fluids, as well as acoustics and microelectronics. The …

In recent times, the field of nanotechnology has been instrumental in driving significant
breakthroughs in heat transport. These technological breakthroughs have shown their …

Transport of heat in combustion engines, burners and consumption of energy via nuclear
explosions is remarkably effected by magnetize nanofluid and radiation. Present attempt is …