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A platform for research: civil engineering, architecture and urbanism
Safety monitoring method for construction discharging platform
The invention relates to the technical field of engineering construction, and provides a safety monitoring method for a construction unloading platform, which comprises the following steps: carrying out stress analysis on the unloading platform under an extreme working condition, deducing a parameterization analysis formula of the unloading platform, carrying out computational analysis on the size information data of the structure and components of the unloading platform, and calculating the size information data of the components of the unloading platform. Obtaining a monitoring part of the unloading platform and a corresponding early warning threshold value, and designing a monitoring method of the unloading platform; according to the monitoring part and the corresponding early warning threshold value, combining the field application feedback condition, and re-establishing a finite element model based on the actual size of the early warning threshold value; and carrying out stress analysis on the unloading platform under different working conditions, and evaluating and adjusting the monitoring method. According to the method, the correctness and preciseness of the parameter design of the standardized unloading platform are analyzed and verified from the stress mechanism, the monitoring part and the early warning threshold value of the unloading platform are calculated, the monitoring scheme is designed, evaluated and adjusted, and the safety of the unloading platform in design, installation and use is ensured.
本发明涉及工程建设技术领域，提供一种施工卸料平台安全监测的方法，包括以下步骤：对卸料平台进行极限工况下的受力分析，推导出卸料平台的参数化分析公式，对卸料平台结构及构件的尺寸信息数据进行计算分析，得出卸料平台的监测部位以及相应的预警阈值，设计卸料平台的监测方法；根据监测部位以及相应的预警阈值，结合现场应用反馈情况，重新建立基于预警阈值的实际尺寸的有限元模型；对卸料平台进行不同工况下的受力分析，并对监测方法进行评估、调整。本发明从受力机理出发分析并验证标准化卸料平台参数设计的正确性与严谨性，计算卸料平台的监测部位以及预警阈值，设计监测方案并进行评估、调整，保证了卸料平台设计、安装、使用中的安全。
Safety monitoring method for construction discharging platform
The invention relates to the technical field of engineering construction, and provides a safety monitoring method for a construction unloading platform, which comprises the following steps: carrying out stress analysis on the unloading platform under an extreme working condition, deducing a parameterization analysis formula of the unloading platform, carrying out computational analysis on the size information data of the structure and components of the unloading platform, and calculating the size information data of the components of the unloading platform. Obtaining a monitoring part of the unloading platform and a corresponding early warning threshold value, and designing a monitoring method of the unloading platform; according to the monitoring part and the corresponding early warning threshold value, combining the field application feedback condition, and re-establishing a finite element model based on the actual size of the early warning threshold value; and carrying out stress analysis on the unloading platform under different working conditions, and evaluating and adjusting the monitoring method. According to the method, the correctness and preciseness of the parameter design of the standardized unloading platform are analyzed and verified from the stress mechanism, the monitoring part and the early warning threshold value of the unloading platform are calculated, the monitoring scheme is designed, evaluated and adjusted, and the safety of the unloading platform in design, installation and use is ensured.
本发明涉及工程建设技术领域，提供一种施工卸料平台安全监测的方法，包括以下步骤：对卸料平台进行极限工况下的受力分析，推导出卸料平台的参数化分析公式，对卸料平台结构及构件的尺寸信息数据进行计算分析，得出卸料平台的监测部位以及相应的预警阈值，设计卸料平台的监测方法；根据监测部位以及相应的预警阈值，结合现场应用反馈情况，重新建立基于预警阈值的实际尺寸的有限元模型；对卸料平台进行不同工况下的受力分析，并对监测方法进行评估、调整。本发明从受力机理出发分析并验证标准化卸料平台参数设计的正确性与严谨性，计算卸料平台的监测部位以及预警阈值，设计监测方案并进行评估、调整，保证了卸料平台设计、安装、使用中的安全。
Safety monitoring method for construction discharging platform
一种施工卸料平台安全监测的方法
LI JINYUAN (author) / YU DEQIANG (author) / JI WENJUN (author) / CHEN CHANGYUAN (author) / WANG HAO (author) / BAO XICHEN (author) / SUN HUIYING (author)
2023-06-23
Patent
Electronic Resource
Chinese