In this research, a vertical channel containing a laminar and fully developed nanofluid flow is
investigated. The channel surface's boundary conditions for temperature and volume …

This numerical study investigates the effect of internal heat on heat transfer in a nanofluid
saturated vertical channel with a porous matrix layer sandwiched between two fluid layers …

A qualitative observation has been undergone to review the various geometries of a
microchannel that has been reported for the last two decades in literature majorly for the …

A precise heat transfer simulation of a three-dimensional impinging jet porous heat sink is
presented and is analyzed from thermodynamics vantage point under local thermal non …

Convective heat transfer in porous media has attracted great academic interests due to the
complex geometry and the upscaling challenges. In this paper, the 3-D pore structures …

Free convection of alumina-water nanofluid in a tilted open cavity with a heat-generating
solid element has been studied. The considered topic allows understanding an opportunity …

Effective removal of heat from the heat-generating porous bed, particularly in a confined
space, is essential due to its implications on thermal management and system safety. The …

While a microchannel heat sink is known to regulate the temperatures of microelectronics
devices, viscous dissipation that originates from work done by viscous forces, might have an …

The inertial and viscous effects on mixed hydromagnetic convection in a vertical porous
channel using a local thermal nonequilibrium model with uniformly distributed internal …

The geometric parameters of solar chimneys directly affect the heat absorption area and
channel cross-sectional area, significantly influencing economic costs and system …