A numerical study of flow and heat transport of nanoliquid with aggregation kinematics of
nanoparticles is carried out using the modified Buongiorno model (MBM). The MBM model is …

Due to widespread applications of nanofluid and working as most effective source of energy
researchers as well as engineer paid more attention toward nanofluid, moreover nanofluid …

The current article concerns with the flow of an incompressible dusty hybrid nanofluid over a
stretching cylinder by considering Darcy–Forchheimer porous medium and viscous …

The purpose of current research work is to explore features of ferromagnetic flow of Sutterby
fluid by considering aspects of nanomaterials. Moreover, we have selected magnetized with …

Recently, nanofluids are working in diverse applications for instance, hybrid-mechanical
mechanisms, malice usage, micro microelectronic, therapeutic diligences, aeronautics …

In the arena of pharmaceutical, nanotechnology and nanoscience numerous scientists are
fascinated to explore the notion of nanofluid because nanofluids are two-phase ingredients …

The main objective of this study is to investigate three distinct non-commonly used metal
oxide-based nanoparticles, ie, CuO+ MWCNT, MgO+ MWCNT, and SnO 2+ MWCNT with a …

Currently, researchers across the world achieved theoretical and experimental works to
investigate the significance of nanofluid due to their diverse application in heat transport …

The current study provides an analytical approach to analyze the blood flow through a
stenosed artery by using the Carreau fluid model. The flow governing equations are derived …

Recently, nanofluids are habitually proficient to provide a process to intensify the probable
heat transport of a structure with quite rare harmful influences formed by its addition. The …