The present review covers the heat transfer literature published in 2004 in English
language, including some translations of foreign language papers. Though extensive, some …

Tremendous progress has been made over the last several decades in improving the
pyrometallurgical processing routes of nonferrous metals, such as aluminum, copper, and …

Direct and hybrid microwave sintering of 3Y‐ZrO2 are comparatively studied at frequency of
2.45 GHz. Using the continuum theory of sintering, a fully coupled electromagnetic‐thermal …

In this study, a coupled heat transfer model for describing the multi-physics process is
successfully established for a representative rectangular regenerative aluminum melting …

We consider the numerical simulation of conjugate heat transfer, incompressible turbulent
flows for multicomponents systems using a stabilized finite element method. We present an …

To achieve high thermal efficiency, less pollutant emission and high quality products, a study
on a regenerative aluminum melting furnace was carried out. The effects of the vertical angle …

The development of efficient methods to understand and simulate conjugate heat transfer for
multi-components systems appears in numerous engineering applications and still a need …

Minimizing energy consumption and reducing pollutant emissions during the carbon anode
baking process are critically important for the aluminum industry. The present study …

In this work, we present a three-dimensional computational fluid-dynamics model for
simulating complex industrial furnaces. The focus in set on the mathematical modeling of …

One of the main contemporary challenges of sintering simulations is taking into account all
the coupled physics present in the sintering process. The model should predict the …