The effects of various surface corrugations and wall materials of the thick base wall of a
trapezoidal cavity on conjugate natural convection have been examined in this study …

The term 'conjugate heat transfer'refers to a heat transfer process involving an interaction of
heat conduction within a solid body with either of the free, forced, and mixed convection from …

A numerical analysis of the conjugate free convective flow of air in a thick-walled square
chamber has been conducted in this study. The finite left thick wall is heated with any of the …

In this paper a benchmark solution for the conjugate heat transfer of backward-facing step
flow is computed using the stream function vorticity formulation. The numerical solution is …

Heat transfer continues to be a major field of interest to engineering and scientific
researchers, as well as designers, developers, and manufacturers. The wealth of …

The current numerical investigation addresses the wall heat conduction effect on the natural-
convection heat transfer within a two-dimensional cavity, which is filled with a fluid-saturated …

We report numerical simulations of fluid natural convection with conjugate heat transfer in a
bottom-heated, top-cooled cubical cavity packed with relatively large (d/L= 0.2) solid …

We propose herein an efficient monolithic projection method (MPM) to solve time-dependent
conjugate heat transfer problems involving not only natural convection in the fluid domain …

ABSTRACT A Cartesian grid solver is developed that is capable of simulating the convection-
dominated melting processes in a latent-heat thermal storage device (TSD). The Navier …

A numerical method for the solution of the Navier‐Stokes equations is developed using an
integral representation of the conservation equations. The velocity‐vorticity formulation is …