The main mechanisms of transition of buoyancy-induced flows in the horizontal annulus
between circular cylinders are reviewed, based on the available literature. Both …

Stoffeigenschaften werden durch den inneren Aufbau der Moleküle und die
zwischenmolekularen Wechselwirkungskräfte bestimmt. Die überwiegende Anzahl …

In this paper, the Fourier expansion‐based differential quadrature (FDQ) and the polynomial‐
based differential quadrature (PDQ) methods are applied to simulate the natural convection …

Transient heat transfer computations in automotive exhaust systems are increasingly
employed in the design and optimization phases. The complex geometry of the exhaust line …

The effective thermal conductivity is a robust alternative to include the effect of natural
convection during the melting of a phase-change material, while solving only the energy …

Because of its importance in industrial processes, overall natural convective heat transfer
from horizontal cylinders has been the subject of many experimental and analytical studies …

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

Natural convection is investigated experimentally in a cylindrical annulus to study the effect
of angle of inclination and diameter ratio on heat transfer. Heat transfer results are given for …

Natural heat convection within an annular annulus bounded by two horizontal vertically
eccentric long cylinders has been investigated. The annulus inner wall has been heated and …

Numerical experiments are performed to study rotational effects on the mixed convection of
low‐Prandtlnumber fluids enclosed between the annuli of concentric and eccentric …