A review of the literature reveals that nanofluids are more efficient for heat transmission than
regular fluids. However, the illumination of current strategies for the enhancement of heat …

Research in the fields of thermal and process engineering has been growing daily due to
the nanoparticles' broad relevance and dynamic applications. Nanomaterials are being …

The presence of micro-elements inside a complex fluidic medium (eg, bubbly liquids, some
lubricants, synovial fluids, certain man-made liquids, physiological fluids, polymeric …

This paper investigates the impact of homogeneous-heterogeneous chemical reactions on
the flow between the coaxial cylinders with heat generation/absorption. From an …

The growing industrial and domestic demand for a stable energy supply in enhancing
productivity is increasing day by days. This need can be richly met through solar energy …

Sequel to the industrial usage of ethylene-glycol conveying copper nanoparticles, nothing is
known on how the dynamics differ from ethylene-glycol conveying copper and iron oxide …

The novel exploration designates temperature variation through an inclined porous
longitudinal fine with convective radiative phenomenon. The Rosseland approximation is …

The interaction between water motion efficiency, outlet control mechanisms, and energy
dynamics management hinges significantly on turbulence characteristics. However …

The heat enhancement in hybrid nanofluid flow through the peristaltic mechanism has
received great attention due to its occurrence in many engineering and biomedical systems …

The consequence of nanoparticle aggregation and convective boundary condition on the
nanofluid stream past the co-axial cylinder with radiation impact is investigated in the …