A numerical simulation was conducted to investigate the steady laminar natural convective
heat transfer for air within the horizontal annulus between a heated triangular cylinder and …

An analysis is made of the laminar natural convection in two internally finned horizontal
annuli. The governing equations were solved numerically by a control-volume-based finite …

The cost of obtaining solutions to fluid flows depends strongly on how well the solution
procedure treats the interequation couplings. For natural convection flows, treatment of the …

The natural convection in horizontal concentric annulus with isothermal walls is studied
numerically by using the recently-proposed variable property-based lattice Boltzmann flux …

A numerical finite difference investigation has been conducted to determine the effects of
variable properties on the laminar natural convection of gases between horizontal …

The purpose of this paper is to investigate, numerically, the effect of internal fins on the flow
pattern, temperature distribution and heat transfer between concentric horizontal cylinders. A …

The solution for the natural convection in internally finned horizontal annuli is obtained by
using a numerical simulation of time-dependent and two-dimensional governing equations …

In the present study, the non-Boussinesq effect in the thermal convection in an air-filled
horizontal concentric annulus is studied numerically by using the variable property-based …

Steady laminar natural convective heat transfer in a horizontal annulus with a large radii
ratio (R) of 11.4 (and inner-cylinder diameter Di of 1.27 cm) has been investigated …

This paper focuses on the development of a plug‐in hybrid vehicle (PHEV) full‐vehicle
transient thermal model in thermal modelling software to predict the battery surface …