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  HomeContents of Chinese Journal of Mechanical Engineering (English Edition),1995 No.4DYNAMIC MATHEMATICAL MODEL OF CHEMICAL COMPOSITION FOR MELTED IRON IN CUPOLA AND MICROCOMPUTER SIMULATION
DYNAMIC MATHEMATICAL MODEL OF CHEMICAL COMPOSITION FOR MELTED IRON IN CUPOLA

 AND MICROCOMPUTER SIMULATION*

 

Chen Fang  Chen Gang
Harbin Science and Technology University
Sode Yama Chuichi

Japan Nagaoka University of Technology

 

Abstract: Sequential melting theory is applied to reveal that fluctuation of chemical composition of melted iron in cupola is caused by the process of sequential melting. Fluctuation is inevitable and cyclic. Using microcomputer dynamic simulation has confirmed that the fluctuation situation of chemical composition of melted iron is consistent with actual production on the whole.

Key words: Cupoal Melted iron  Chemical composition  Simulation


* This project is supported by National Science Foundation of China. Manuscript received on September 13, 1994

 

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