数码设计Issue(4)：117-119,3.
斜拉桥索力检测方案与力学试验优化设计研究
Research on Optimized Design of Cable-stayed Bridge Cord Force Testing Scheme and Mechanical Tests
摘要
Abstract
Cable-stayed bridge cable-stayed force detection is of great significance to the normal maintenance and safety inspection of cable-stayed bridges,and the state of cable-stayed force and the smoothness of the line are affected by whether the cable-stayed force is in a reasonable range.Hydraulic method,pressure method,magnetic flux method and frequency method are the most common four methods of cable detection,each method has no degree of defects[1、2].For the various defects of the detection scheme and mechanical test design optimization,can provide important design support for the rope force detection and early warning.It can provide guidance and reference for practitioners to develop the rope force detection/monitoring program.关键词
索桥/索力检测/力传感器/力学试验Key words
cable-stayed bridge/cable-stayed force detection/force sensor/mechanical test分类
数理科学引用本文复制引用
朱厚琪,付明春..斜拉桥索力检测方案与力学试验优化设计研究[J].数码设计,2024,(4):117-119,3.基金项目
1.辽宁省2023年大学生创新创业训练计划项目(项目编号:S202310158014) （项目编号:S202310158014）
2.教育部高教司产学合作协同育人项目(项目编号:231006473283650) （项目编号:231006473283650）
3.中国成人教育协会"十四五"成人继续教育科研规划2023年度课题(项目编号:2023-613Y). （项目编号:2023-613Y）
