In the world's competitive industrial market, the development of existing manufacturing
equipment's such as industrial reheating furnaces (IRFs) increases profitability in terms of …

In this research article, orthogonal experiments were performed in a proposed diameter-
varying spray tower system to evaluate the importance of operating parameters and analyse …

A computationally highly efficient numerical model is presented able to characterize
combustion and steel heating in a real-size industrial rotary hearth furnace using …

This paper investigates the impact of flameless oxy-fuel combustion on the thermal
performance of a pilot-scale steel reheating furnace. A comprehensive mathematical model …

Modern reheating furnaces are complex nonlinear dynamic systems having heat transfer
performances which may be greatly influenced by operating conditions such as stock …

The roller hearth furnace is numerically investigated to analyze and optimize its
performance. It is essential to apply the temperature control model and the material transport …

In view of the unclear heat transfer characteristics of the new type natural ventilation heating
furnace designed by Liaohe Oilfield, the simulation combined calculation method is …

The effect of charging conditions on energy consumption and slab heating quality in
reheating furnaces has traditionally relied on empirical knowledge, lacking robust theoretical …

This paper considers the steel reheating process, in which cold slabs are reheated to a
temperature suitable for hot rolling operations. Temperature uniformity within the slab is very …

Reheating of steel slabs in a reheating furnace is an intermediate step in the long and
complicated process of steel making. Reheat furnaces heat the slabs to about 1200° C …