深基坑施工信息化及安全监控管理系统研究与应用
发布时间：2018-10-21 18:13
【摘要】：本文以福田站深基坑工程为背景工程,首先研究了超大型深基坑信息化施工的必要性和信息的处理与评价方法;其次对基坑监测的项目及方法进行了深入研究,并在此基础上与有关单位合作开发安全监控管理系统,设计中充分利用网络技术,保证管理人员及时方便在办公室查看基坑安全监控情况及现场施工图像,为管理人员依据实际施工情况调整施工方法及步骤提供便利。本文研究成果如下:(1)通过基于信息化施工远程监控预警平台自动监测和人工监测相结合的方法对监测数据进行采集和数据进行自动整理和分析,对出现的风险进行自动预警,为有效地采取施工措施的实施提供了及时信息基础和技术支撑。(2)信息化施工远程监控预警平台的设立,对工程掌握了周边环境、围护结构和主体结构系统性相互作用体系的稳定状态,以及复杂的荷载效应的显现和外延性扩张实现了动态监测和控制,保证了地处城市中心区的福田车站地下工程的顺利施工。(3)建立的信息化施工远程监控预警平台,并在深圳福田站工程深基坑施工中得到了成功应用,丰富了我国深基坑工程信息化施工的工程经验,使深基坑施工的信息化水平及工程措施决策的先进性和科学性有很大程度的提升。
[Abstract]:Taking the deep foundation pit project of Futian Station as the background engineering, this paper first studies the necessity of the information construction of the super large deep foundation pit and the method of information processing and evaluation, and then makes a deep research on the project and method of foundation pit monitoring. On this basis, the safety monitoring and management system is developed in cooperation with relevant units, and the network technology is fully utilized in the design to ensure that managers can conveniently and timely view the foundation pit safety monitoring situation and site construction images in the office. It is convenient for managers to adjust construction methods and procedures according to actual construction conditions. The research results of this paper are as follows: (1) through the combination of automatic monitoring and manual monitoring of remote monitoring and warning platform based on information construction, the monitoring data are collected and analyzed automatically, and the risks are automatically early warning. It provides a timely information basis and technical support for the effective implementation of construction measures. (2) the establishment of remote monitoring and warning platform for information construction has mastered the surrounding environment of the project. The stable state of the system of systematic interaction between the enclosure structure and the main structure, as well as the appearance of the complex load effect and the extension of the external ductility, achieve dynamic monitoring and control. It ensures the smooth construction of the underground project of Futian Station, which is located in the center of the city. (3) the remote monitoring and warning platform of information construction is established, and it has been successfully applied in the construction of deep foundation pit of Shenzhen Futian Station. It has enriched the engineering experience of the deep foundation pit engineering information construction in our country, and has greatly promoted the information level of the deep foundation pit construction and the advanced nature and scientific nature of the engineering measure decision.
【学位授予单位】：青岛理工大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TU753
[Abstract]:Taking the deep foundation pit project of Futian Station as the background engineering, this paper first studies the necessity of the information construction of the super large deep foundation pit and the method of information processing and evaluation, and then makes a deep research on the project and method of foundation pit monitoring. On this basis, the safety monitoring and management system is developed in cooperation with relevant units, and the network technology is fully utilized in the design to ensure that managers can conveniently and timely view the foundation pit safety monitoring situation and site construction images in the office. It is convenient for managers to adjust construction methods and procedures according to actual construction conditions. The research results of this paper are as follows: (1) through the combination of automatic monitoring and manual monitoring of remote monitoring and warning platform based on information construction, the monitoring data are collected and analyzed automatically, and the risks are automatically early warning. It provides a timely information basis and technical support for the effective implementation of construction measures. (2) the establishment of remote monitoring and warning platform for information construction has mastered the surrounding environment of the project. The stable state of the system of systematic interaction between the enclosure structure and the main structure, as well as the appearance of the complex load effect and the extension of the external ductility, achieve dynamic monitoring and control. It ensures the smooth construction of the underground project of Futian Station, which is located in the center of the city. (3) the remote monitoring and warning platform of information construction is established, and it has been successfully applied in the construction of deep foundation pit of Shenzhen Futian Station. It has enriched the engineering experience of the deep foundation pit engineering information construction in our country, and has greatly promoted the information level of the deep foundation pit construction and the advanced nature and scientific nature of the engineering measure decision.
【学位授予单位】：青岛理工大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TU753
【参考文献】
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