核电厂建(构)筑物变形监测信息管理系统设计研究

Design and Research on Information Management System for Deformation Monitoring of Nuclear Power Plants

为解决海量变形监测数据处理繁琐,存储成果单一(纸质)、自动化程度低、全要素展示不完备等问题,文中主要探讨了核电厂建(构)筑物变形监测信息管理系统的预测算法模型、数据库建设与功能模块,通过系统数据统计分析功能对文档、图像、监测数据等资料进行管理,绘制出水平位移与垂直位移随时间变化折线图,对建(构)筑物的变形进行二维可视化,绘制点位分布图、沉降等值线图等。利用获取的原始监测数据对各个建构筑物的变形情况进行预警分析及发展趋势进行预测,输出各种变形监测数据报表。实现了核电厂建(构)筑物变形监测数据的智能化、自动化、可视化的管理、分析与预测。

In order to solve the problems of cumbersome processing of massive deformation monitoring data,single storage results(paper),low automation,and incomplete display of all elements,the article mainly discusses the prediction algorithm model of the deformation monitoring information management system of nuclear power plants(structures).Database construction and functional modules,manage documents,images,monitoring data and other data through the system data statistical analysis function,draw horizontal and vertical displacement changes over time,and perform two-dimensional deformation of buildings(structures)Visualize,draw point distribution maps,settlement contour maps,etc.;use the acquired original monitoring data to perform early warning analysis of the deformation of each structure and predict the development trend;output various deformation monitoring data reports.The intelligent,automated,and visualized management,analysis and prediction of deformation monitoring data for nuclear power plants(structures)have been realized.