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Search Results: 1 - 2 of 2 matches for " XiaomingZHANG "
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Microstructure and Eutectic Carbide Morphology of the High Speed Steel Strips Produced by Twin Roll Strip Casting Process
Hongshuang DI,Xiaoming ZHANG,Guodong WANG,Xianghua LIU,
HongshuangDI
,XiaomingZHANG,GuodongWANG,XianghuaLIU

材料科学技术学报 , 2003,
Abstract: The M2 high-speed steel strip was produced by using the laboratory scale twin roll strip caster. The microstructure and eutectic carbide morphology of thus produced products were observed and analyzed, and the comparison of those with conventional products was carried out. The effects of the processing parameters such as the melting temperature, the pouring temperature, rolling speed and separating force on the microstructure and eutectic carbide morphology and their distribution were analyzed. The spheroidizing process of the strips in the annealing process was investigated. The relations between the growth and spheroidizing of the eutectic carbide and the annealing technology were obtained, and the mechanism of the twin roll strip casting process improving the eutectic carbide spheroidizing was discussed. The theoretical instruction for determining the subsequent treatment process was provided.
3-D Numerical Simulation of the Electromagnetic Dam of Twin Roll Casting using Edge Element Method
Peiwei BAO,Hongshuang DI,Aiwen QIAN,Xiaoming ZHANG,Guodong WANG,
PeiweiBAO
,HongshuangDI,AiwenQIAN,XiaomingZHANG,GuodongWANG

材料科学技术学报 , 2003,
Abstract: The 3-dimension numerical simulation study on the electromagnetic dam used in the twin roll caster has been performed by using the edge element method. It was found that the materials and structures of the roll collars have great influence on the distribution of the magnetic flux density, eddy current density and the electromagnetic force in the molten pool. The conductive collars make the magnetic flux density decreased in the molten pool, but it also makes the magnetic force more uniformly, and the force in the low part of the molten pool where needs greater force have increased some what. The conductive collars make the EMD device more effective than the nonconductive collars.
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