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Generator rotor of crack propagation prediction system and the operating conditions decision support system, method and program as well as the operation control system,

机译:裂纹扩展预测系统的发电机转子及工况决策支持系统,方法和程序以及工控系统,

摘要

PROBLEM TO BE SOLVED: To control crack development by predicting precisely the crack development in a shaft dovetail or by determining an operation condition capable of precluding a crack from developing.;SOLUTION: A crack development prediction system 1 is constituted of a computing part 10, an interface part 20, and a storage part 30 or the like. The computing part 10 includes a stress calculation part 11 for calculating an average stress generated in the shaft dovetail, a coefficient range calculation part 12 for calculating an stress expansion coefficient range of the crack generated in the shaft dovetail, and a crack development amount calculation part 13 for calculating a crack development amount of the shaft dovetail in an optional time, based on the obtained average stress and stress expansion coefficient range, an operation pattern, an operation time and a data as to the crack. The stress calculation part 11 has a contact bearing stress calculation part 111 as an individual calculation part for calculating individually a different kind of average stress, a thermal stress calculation part 112, a residual stress calculation part 113, and an average stress calculation part 114 for totalizing the average stresses.;COPYRIGHT: (C)2007,JPO&INPIT
机译:解决的问题:通过精确地预测轴燕尾榫中的裂纹发展或通过确定能够防止裂纹发展的操作条件来控制裂纹发展。解决方案:裂纹发展预测系统1由计算部分10构成,接口部分20和存储部分30等。计算部分10包括:应力计算部分11,用于计算在轴燕尾榫中产生的平均应力;系数范围计算部分12,用于计算在轴燕尾榫中产生的裂纹的应力膨胀系数范围;以及裂纹扩展量计算部分。参照图13,用于基于所获得的平均应力和应力膨胀系数范围,操作模式,操作时间和关于裂纹的数据来计算轴燕尾在任意时间内的裂纹扩展量。应力计算部11具有:接触轴承应力计算部111,其作为用于分别计算不同种类的平均应力的个体计算部;热应力计算部112;残余应力计算部113;以及平均应力计算部114。合计平均应力。;版权所有:(C)2007,日本特许厅&INPIT

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