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Melt Quality Evaluation of Ductile Iron by Pattern Recognition of Thermal Analysis Cooling Curves

机译:热分析冷却曲线模式识别的球墨铸铁熔体质量评价

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摘要

The melt quality of ductile iron can be related to the melt's thermal analysis cooling curve. The freezing zone of the thermal analysis cooling curve was found to indicate the melt quality of the ductile iron. A comprehensive difference parameter, Ω, of the thermal analysis cooling curves was found to be related to the properties of ductile iron melts such as composition, temperature, and graphite morphology. As Ω ap- proached O, the thermal analysis cooling curves were found to come together with all the properties indicat- ing melt quality about the same. A database of thermal analysis cooling curves related to the properties of the ductile iron melts was set up as a basis for a method to accurately evaluate the melt quality of ductile iron by pattern recognition of thermal analysis cooling curves. The quality of a ductile iron melt can then be immediately determined by comparing its thermal analysis cooling curve freezing zone shape to those in the database.
机译:球墨铸铁的熔体质量可能与熔体的热分析冷却曲线有关。发现热分析冷却曲线的冻结区表明球墨铸铁的熔体质量。发现热分析冷却曲线的综合差异参数Ω与球墨铸铁熔体的特性(例如组成,温度和石墨形态)有关。当以Ω表示O时,发现热分析冷却曲线与所有表示熔体质量的特性大致相同。建立了与球墨铸铁熔体特性相关的热分析冷却曲线数据库,作为通过热分析冷却曲线的模式识别准确评估球墨铸铁熔体质量的方法的基础。然后可以通过将其热分析冷却曲线冻结区形状与数据库中的热分析冷却曲线形状进行比较,立即确定球墨铸铁熔液的质量。

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