Numerical Simulation of Hot Rolled Coil Temperature Field in Hot Coil Box

Gui Jie Zhang; Kang Li; Ying Zi Wang

doi:10.4028/www.scientific.net/AMR.338.572

Paper Titles

An Experimental Study of Breathing Mechanism for the Transversely Cracked Shafts
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The Leakage Mechanism Study of Hump Reverse Current Observed in n+/p Salicided Junction
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Workspace Analysis and Mechanical Innovation of YWZ Dexterous Hand
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Properties of Coconut Fiber/Rubber Cement Board for Building Partitions
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Numerical Simulation of Hot Rolled Coil Temperature Field in Hot Coil Box
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Effect of Rolling Speed on Instantaneous Temperature Distribution and Thermal Expansion of Work Roll in Hot Strip Rolling
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Application of the Comprehensive Evaluation Method on Mechanism Scheme of Machining Center
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Effect of Current Density on Composition and Microstructure of Boronized Layer by Electrodeposition
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The Influence of Nozzle Size and Nozzle Distance on Thickness of Wall-Wetted Oil Film
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Numerical Simulation of Hot Rolled Coil Temperature Field in Hot Coil Box

Abstract:

The heat transfer model was developed and the heat transfer of the strip coil stay in the hot coil box was analyzed. The temperature distribution of the strip coil was investigated use the model. The measured results are in good agreement with the calculated ones, has a guiding significance to further improve the technology.