In this work, the effects of scale on thermal behavior of the slab in a walking-beam type reheating furnace is studied by considering scale formation and growth in a furnace environment. Also, mathematical heat transfer model to predict the thermal radiation in a complex shaped reheating furnace with slab and skid buttons is developed with combined nongray WSGGM and blocked-off solution procedure. The model can attack the heat flux distribution within the furnace and the temperature distribution in the slab throughout the reheating furnace process by considering the heat exchange between the slab and its surroundings, including the radiant heat transfer among the slabs, the skids, the hot combustion gases and the furnace wall as well as the...
Steel reheating is one of the most energy-intensive steps in the process of steel manufacturing. A r...
The purpose of this paper is to develop a model and control algorithm for the slab temperature contr...
Basic characteristics and application examples of the mathematical simulator for reheating process i...
A mathematical heat transfer model for the prediction of transient heating of the slab in a direct-f...
Slab reheating characteristics in the walking beam type reheating furnace were studied by using the ...
A mathematical heat-transfer model for the slab reheating furnace has been developed. Radiation in ...
For a reheating furnace, an analysis of thermal efficiency depends on precise investigations of the ...
The reheating furnace is used to reheat the steel slabs before the hot-rolling process. The supporte...
To calculate the temperature distribution of the slab in a hot rolled reheating furnace a mathematic...
Understanding the complex transient flow and heat transfer characteristics inside the furnace is a p...
The reheating furnace in occasional production time has to be charged with slabs having fifferent si...
After casting steel slabs are reheated in a reheat furnace to temperatures in the range 1200-1250 de...
Furnaces that heat metal parts (blooms) prior to hot-working processes such as rolling or forging ar...
This paper presents a computational model for heat transfer in direct fired pusher type reheat furna...
The aim of this work is to explain the steel slab reheating process and to determine the best curren...
Steel reheating is one of the most energy-intensive steps in the process of steel manufacturing. A r...
The purpose of this paper is to develop a model and control algorithm for the slab temperature contr...
Basic characteristics and application examples of the mathematical simulator for reheating process i...
A mathematical heat transfer model for the prediction of transient heating of the slab in a direct-f...
Slab reheating characteristics in the walking beam type reheating furnace were studied by using the ...
A mathematical heat-transfer model for the slab reheating furnace has been developed. Radiation in ...
For a reheating furnace, an analysis of thermal efficiency depends on precise investigations of the ...
The reheating furnace is used to reheat the steel slabs before the hot-rolling process. The supporte...
To calculate the temperature distribution of the slab in a hot rolled reheating furnace a mathematic...
Understanding the complex transient flow and heat transfer characteristics inside the furnace is a p...
The reheating furnace in occasional production time has to be charged with slabs having fifferent si...
After casting steel slabs are reheated in a reheat furnace to temperatures in the range 1200-1250 de...
Furnaces that heat metal parts (blooms) prior to hot-working processes such as rolling or forging ar...
This paper presents a computational model for heat transfer in direct fired pusher type reheat furna...
The aim of this work is to explain the steel slab reheating process and to determine the best curren...
Steel reheating is one of the most energy-intensive steps in the process of steel manufacturing. A r...
The purpose of this paper is to develop a model and control algorithm for the slab temperature contr...
Basic characteristics and application examples of the mathematical simulator for reheating process i...