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Turbine assembly support program, turbine assembly support system, and turbine assembly method using corrected finite element model

机译:涡轮机组件支撑程序,涡轮机组件支撑系统和使用校正有限元模型的涡轮机组装方法

摘要

In assembling a turbine including: a casing consisting of an upper half part and a lower half part fastened together by bolts; a stationary body accommodated in the casing and supported by the lower half part; and a rotary body supported by a plurality of bearings so as to be situated on the inner side of the stationary body, there are executed: a procedure of reading a finite element model of the three-dimensional configuration of the turbine; a reading procedure of reading actual measurement information on the three-dimensional configuration of the upper half part and the lower half part of the casing in the open state; a model correction procedure of reflecting actual measurement information of an evaluated portion that is a specific part of the casing in the finite element model and generating a correction model obtained through correction of the finite element model; a deformation amount estimation procedure of estimating the movement amount of the evaluated portion generated when the upper half part and the lower half part of the casing are fastened together by the bolts through simulation using the correction model; and an output procedure of outputting an estimated value of the movement amount to an output device.
机译:在组装涡轮机中,包括:由上半部分和由螺栓固定在一起的下半部分组成的壳体;容纳在壳体中的固定体并由下半部分支撑;并且由多个轴承支撑以便位于固定体的内侧,执行:读取涡轮机的三维结构的有限元模型的过程;读取关于上半部分的三维配置的实际测量信息的读取过程和开放状态下壳体的下半部分;一种模型校正过程,其反映了作为有限元模型中的壳体的特定部分的评估部分的实际测量信息,并产生通过校正有限元模型而获得的校正模型;通过使用校正模型通过仿真将壳体的上半部分和下半部分和壳体的下半部分固定在一起,估计所评估部分的移动量的变形量估计过程;以及将移动量的估计值输出到输出设备的输出过程。

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