Finite Element Analysis and Computer Simulation of Temperature Field in Different Heat Resource Silicon Carbide Furnace

Abstract

Abstract: he heat-transfer process and temperature distribution of a single heat resource furnace (Acheson furnace) and a multi-heat resource furnace were studied by using
the finite element method and ANSYS numerical simulation software. The simulated figures of heat transfer and temperature distribution were achieved. The regulations
of heat transfer and temperature distribution in the two furnaces were contrasted and analysed and these influences on SiC yield rate and energy wear were analysed.
The simulation and industrial application results show that the multi-heat resource furnace has many advantages such as saving energy, heightening quality, increasing
yield and it is more safety than the single heat resource furnace. The multi-heat resource furnace is also easy to be magnified.

Key words: SiC, smelting furnace, multi-heat resource, temperature field, finite element ANSYS software

CLC Number:

TP15

LI Xiao-Chi,WANG Xiao-Gang,GUO Xiao-Bin. Finite Element Analysis and Computer Simulation of Temperature Field in Different Heat Resource Silicon Carbide Furnace[J]. Journal of Inorganic Materials.

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Finite Element Analysis and Computer Simulation of Temperature Field in Different Heat Resource Silicon Carbide Furnace

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