![jingwei wan jingwei wan](https://www.thefamouspeople.com/profiles/images/wang-jingwei-2.jpg)
Wang was a close associate of Sun Yat-sen for the last twenty years of Sun's life. His political orientation veered sharply to the right later in his career after he collaborated with the Japanese. He was initially a member of the left wing of the Kuomintang, leading a government in Wuhan in opposition to the right-wing government in Nanjing, but later became increasingly anti-communist after his efforts to collaborate with the Chinese Communist Party ended in political failure. Journal of Dalian University, 2017, 03(No.227): 29-35+53.Wang Jingwei ( – 10 November 1944), born as Wang Zhaoming and widely known by his pen name Jingwei, was a Chinese politician. Li Yi, Yin Xunqiang, Wang Guixuan, Research status and progress of real-time health monitoring systems for super high-rise buildings.Bulletin of Surveying and Mapping, 2017(04):89-92. Research on monitoring method of super high-rise building dynamic characteristics. Construction technology analysis and quality control study of cast-in-place reinforced concrete structures in super high-rise buildings. Xiong Chunbao, He Haobo, Niu Yanbo, Wind dynamic deformation monitoring of super high-rise buildings under construction based on GNSS-RTK.Real-time Dynamic Monitoring Method and Application of Deformation in Super-tall Building Caused by Wind Load during Construction Period. Discussion on the displacement monitoring technology of a super high-rise building deep foundation pit. Research on building tilt monitoring method based on fiber grating sensing technology. Monitoring data analysis of pile top displacement of an ultra-deep foundation pit in Beijing. Research on the establishment of high-precision horizontal displacement monitoring reference network. Zhang Zhiwen, Zheng Jianlei, Long Gengwen.Cao Yuanzhi, Huang Changjun, CAO, Research on tropospheric delay processing method in GPS dynamic monitoring of super high-rise buildings.Construction survey control method of super high-rise building structure. Research on the application of high-rise building displacement and settlement monitoring methods. Real-time dynamic monitoring method and application of wind load deformation during construction of super high-rise buildings. According to the experimental research results, compared with the measured lateral displacement value, the simulated measured displacement value has a small difference. This paper compares and analyzes the simulated measured value and the measured lateral displacement value for the monitoring points in different directions.
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This article mainly adopts experimental analysis and data analysis methods to explore whether the RC of SHB undergoes lateral displacement, so as to locate the location of hidden dangers in time, and allow sufficient time for the preparation of specific response plans. Monitoring and preventing the lateral displacement of RC can effectively avoid the existence of potential safety hazards.
![jingwei wan jingwei wan](https://www.marxists.org/francais/img/wangjingwei.png)
Reinforced concrete(RC) is an important material for building frame structures. With the increasing maturity of sensor technology and the development of modal parameter identification methods for structural systems, structural health monitoring is increasingly applied to SHB and long-span bridges. The structural safety issues caused by building quality and structural aging have greatly attracted the attention of the society. In recent years, with the rapid development of my country's economy, super high-rise buildings(SHB) have continuously emerged in my country's urban construction.