A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Swivel bridge safety monitoring and early warning method and system, storage medium and early warning platform
The invention belongs to the technical field of bridge safety monitoring, and discloses a swivel bridge safety monitoring and early warning method and system, a storage medium and an early warning platform. The method comprises the steps: carrying out the modeling of all components of a swivel bridge, and carrying out the visual display of a proposed building; stress and deformation conditions ofthe swivel bridge in different construction stages are simulated through computer software, state analysis of the whole bridge in the construction period is conducted, and theoretical reference valuesof construction monitoring data are given; theoretical reference values of construction monitoring data of each stage of the bridge are given, monitoring work during construction is carried out according to construction monitoring technical requirements and heavy and difficult points of swivel bridge construction monitoring, and comparative analysis is carried out on the monitoring work and simulation data; solving a static friction coefficient, a dynamic friction coefficient and a frictional resistance even distance of the swivel system; color distinguishing display is carried out on the safety degrees of components at different stages and different positions, and meanwhile danger signals are automatically transmitted. According to the invention, the visualization of construction procedures and the checking of construction monitoring points, simulation data and monitoring data are realized.
本发明属于桥梁安全监测技术领域，公开了一种转体桥梁安全监测预警方法、系统、存储介质、预警平台，对转体桥梁的各个构件进行建模，将拟建建筑进行可视化展示；通过计算机软件模拟不同施工阶段下转体桥梁受力、变形情况，并进行全桥的施工期间状态分析，给出施工监测数据的理论参考值；给出桥梁各个阶段施工监测数据的理论参考值，根据施工监测技术要求与转体桥施工监测的重、难点，开展对施工期间监测工作，与仿真数据对比分析；求得转体系统的静摩擦系数、动摩擦系数、摩阻力偶距；通过对不同阶段、不同位置构件的安全度进行颜色区分显示，同时自动将危险信号传输。本发明实现施工工序的可视化，施工监测点、仿真数据、监测数据的查看。
Swivel bridge safety monitoring and early warning method and system, storage medium and early warning platform
The invention belongs to the technical field of bridge safety monitoring, and discloses a swivel bridge safety monitoring and early warning method and system, a storage medium and an early warning platform. The method comprises the steps: carrying out the modeling of all components of a swivel bridge, and carrying out the visual display of a proposed building; stress and deformation conditions ofthe swivel bridge in different construction stages are simulated through computer software, state analysis of the whole bridge in the construction period is conducted, and theoretical reference valuesof construction monitoring data are given; theoretical reference values of construction monitoring data of each stage of the bridge are given, monitoring work during construction is carried out according to construction monitoring technical requirements and heavy and difficult points of swivel bridge construction monitoring, and comparative analysis is carried out on the monitoring work and simulation data; solving a static friction coefficient, a dynamic friction coefficient and a frictional resistance even distance of the swivel system; color distinguishing display is carried out on the safety degrees of components at different stages and different positions, and meanwhile danger signals are automatically transmitted. According to the invention, the visualization of construction procedures and the checking of construction monitoring points, simulation data and monitoring data are realized.
本发明属于桥梁安全监测技术领域，公开了一种转体桥梁安全监测预警方法、系统、存储介质、预警平台，对转体桥梁的各个构件进行建模，将拟建建筑进行可视化展示；通过计算机软件模拟不同施工阶段下转体桥梁受力、变形情况，并进行全桥的施工期间状态分析，给出施工监测数据的理论参考值；给出桥梁各个阶段施工监测数据的理论参考值，根据施工监测技术要求与转体桥施工监测的重、难点，开展对施工期间监测工作，与仿真数据对比分析；求得转体系统的静摩擦系数、动摩擦系数、摩阻力偶距；通过对不同阶段、不同位置构件的安全度进行颜色区分显示，同时自动将危险信号传输。本发明实现施工工序的可视化，施工监测点、仿真数据、监测数据的查看。
Swivel bridge safety monitoring and early warning method and system, storage medium and early warning platform
转体桥梁安全监测预警方法、系统、存储介质、预警平台
ZHANG YONGJUN (author) / HU TONGXU (author) / LIU YUN (author) / JIA WEI (author) / SUN MENGZHUO (author) / ZHANG QIFEI (author) / LI HONGTAO (author) / LIU HONGZHI (author) / LIANG JINCHENG (author) / WANG SHENG (author)
2020-06-26
Patent
Electronic Resource
Chinese
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