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大悬挑结构因能够提供更加宽敞的实用空间而在工程中被广泛采用,但这类结构受力不利且变形较大,在实际工程施工、使用阶段都出现过不少问题和事故。在施工中,如能对实时监测数据进行快速而有效的分析处理,将动态结果清晰明了地展示给安全技术人员,用于指导现场施工,对预测的危险情况及时采取安全措施杜绝事故发生,将具有极大的现实意义。本文在分析影响大悬挑结构受力和变形的主要因素基础上,建立了对现场实时监测数据快速有效的分析处理模型,能将分析的动态结果及预测值输出为报告书的形式,作为采取相应安全措施保障人员生命与财产安全的参考依据。
Large cantilevered structures are widely used in engineering due to their ability to provide more spacious and practical space. However, such structures suffer from unfavorable forces and large deformations, causing many problems and accidents in actual construction and use phases. In the construction, if the real-time monitoring data can be analyzed quickly and effectively, the dynamic results will be clearly demonstrated to the safety technician, to guide the on-site construction and timely take safety measures to predict the dangerous situation to prevent the accident. Has great practical significance. Based on the analysis of the main factors that affect the stress and deformation of the large cantilever structure, this paper established a fast and effective analysis and processing model of on-site real-time monitoring data, and can output the dynamic results and predicted values of the analysis as the report form, Corresponding safety measures to protect the lives of people and property safety reference.