Continuous furnaces are commonly used for steel billet reheating before a rolling operation.
It is necessary to perform a number of measurements to set-up and operate the optimization …

Radiation heat transfer is one of the most important heat transfer modes in high-temperature
applications. It is a strongly non-linear process, which depends on the temperature and …

In the steel industry it is of great importance to be able to control the surface temperature and
heating-or cooling rates during heat treatment processes. An experiment was performed in …

Numerical simulation of industrial reheating furnaces belongs to important procedures for an
optimization of their design and processing parameters. A 3D numerical model of a …

The present work presents methodology and development of a mathematical model for
prediction of the influence of oxide scale on heat transfer during reheating of steel in an …

In Thailand, the iron and steel industry is one of the major industries to provide raw materials
to other ones. In order to heat a billet to a proper temperature, it is fed into a reheating …

A computer simulation model of billet heating process in continuous pusher‐type furnace is
presented. The Exodus stochastic simulation method is used to solve the heat conduction …

Thermal box-barriers (TBB) are used for the thermal protection of measuring systems during
exposure in a high temperature environment of various furnaces. This paper deals with …

Numerical simulation of industrial reheating furnaces belongs to important procedures for an
optimization of their design and processing parameters. A 3D numerical model of a …

In tunnel-type industrial furnaces there are various subsystems concerning either the
temperature regulation or the air flow and pressure. These subsystems are usually …