首页> 外国专利> TURBINE BLADE MAXIMUM RESPONSE PREDICTION METHOD, TURBINE BLADE MAXIMUM RESPONSE PREDICTION SYSTEM AND CONTROL PROGRAM, AND TURBINE EQUIPPED WITH TURBINE BLADE MAXIMUM RESPONSE PREDICTION SYSTEM

TURBINE BLADE MAXIMUM RESPONSE PREDICTION METHOD, TURBINE BLADE MAXIMUM RESPONSE PREDICTION SYSTEM AND CONTROL PROGRAM, AND TURBINE EQUIPPED WITH TURBINE BLADE MAXIMUM RESPONSE PREDICTION SYSTEM

机译:涡轮叶片最大响应预测方法,涡轮叶片最大响应预测系统和控制程序以及配备有涡轮叶片最大响应预测系统的涡轮

摘要

To provide a turbine blade maximum response prediction method, a turbine blade maximum response prediction system, a turbine equipped therewith, and a control program making it possible to predict and evaluate the vibration response of all the moving blades even in a case where it is impossible to measure the vibration response of all the moving blades.;A turbine blade maximum vibration response prediction method for predicting a maximum vibration response acting on a plurality of turbine moving blades 1 provided along the circumferential direction of a turbine rotor 6 includes the steps of: gaining, before turbine operation start, prior response data that is distribution data on vibration response of all the turbine moving blades 1 for each turbine operating condition; gaining, by using the prior response data, operation response data that is distribution data on the vibration response of all the turbine moving blades 1 during the operation of the turbine; and predicting, from the operation response data, the turbine moving blade 1 of all the turbine moving blades 1 on which the maximum vibration response is acting, and the magnitude of the maximum vibration response.
机译:为了提供涡轮叶片最大响应预测方法,涡轮叶片最大响应预测系统,配备有该涡轮叶片的涡轮以及控制程序,使得即使在不可能的情况下也能够预测和评估所有动叶片的振动响应。用于测量所有动叶片的振动响应的涡轮叶片最大振动响应预测方法,用于预测作用在沿涡轮转子6的圆周方向设置的多个涡轮动叶片1上的最大振动响应。在涡轮机运转开始之前,获得先验响应数据,该先验响应数据是关于每种涡轮机运转条件的所有涡轮机动叶片1的振动响应的分布数据;通过使用先验响应数据,获得运行响应数据,该运行响应数据是关于在涡轮运行期间所有涡轮动叶片1的振动响应的分布数据;根据该动作响应数据,预测最大振动响应作用于其上的所有涡轮动叶片1中的涡轮动叶片1以及最大振动响应的大小。

著录项

  • 公开/公告号EP3441572A1

    专利类型

  • 公开/公告日2019-02-13

    原文格式PDF

  • 申请/专利权人 MITSUBISHI HITACHI POWER SYSTEMS LTD.;

    申请/专利号EP20180175131

  • 发明设计人 NAKAJIMA TOMOMI;

    申请日2018-05-30

  • 分类号F01D5/26;F01D5/16;G01H1/00;

  • 国家 EP

  • 入库时间 2022-08-21 12:27:09

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