This systematic study aims to provide an extensive review of the experimental and numerical
studies conducted on natural convection heat transfer and fluid flow in a vertical annulus …

Numerical studies on the effects of volumetric concentration of Al 2 O 3-water nanofluid
during low flow rates convection boiling in a vertical annulus is carried out. The aspect ratio …

Numerical studies have been performed to examine the effect of base fluid, size, and
constructive material of nanoparticles on natural convection heat transfer of nanofluids …

A numerical inspection on natural convection inside a vertical annulus interior of which
water based (Al 2 O 3+ MWCNT)(7: 3) hybrid nanofluid has presently been carried out using …

Numerical analyses have been carried out to investigate the effect of geometrical and
operating parameters on heat and fluid flow of Cu–Al 2 O 3/water Hybrid nanofluid inside …

Results are presented from a flow visualization investigation of a multiport microchannel
tube using R134a, a medium pressure refrigerant. The study covers mass fluxes from 50 …

Thermosiphons are circuits in which a flow pattern is driven by buoyancy forces originated
from density differences. These equipments are widely applied in industries due to their …

Numerical inspection of natural thermally induced flow in horizontal annulus has been
carried out. The annulus taken under consideration is the circular annulus. By applying heat …

Unsteady boiling bubble behavior of water in a square pipe under a low pressure and
subjected to natural convection was experimentally studied. The measurements included …

Numerical studies have been performed to examine the effect of base fluid, size, and
constructive material of nanoparticles on natural convection heat transfer of nanofluids …