A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Overwater cast-in-place continuous beam construction monitoring method
An overwater cast-in-place continuous beam construction monitoring method relates to the technical field of overwater continuous beam construction and comprises the following steps: S1, determining monitoring sections and monitoring points: determining at least three monitoring points on the monitoring sections when the number of the monitoring sections in the bridge direction is not less than three; s2, sensors are installed at the monitoring points, and instantaneous data measured by the sensors are transmitted to terminal equipment in real time; s3, instantaneous data transmitted by the sensor is transmitted to terminal equipment for data analysis, accumulation analysis is carried out on the settlement of the platform and the settlement of the support in water, a safety level, an early warning level and a danger level are set in the terminal equipment, and if the data analysis result is the safety level, normal construction and inspection maintenance are carried out; if the data analysis result is in an early warning level, the monitoring frequency is encrypted, and corresponding measures are taken to cancel early warning until the data analysis is reduced to a security level; if the data analysis result is in a danger level, an emergency plan needs to be started, a road is closed, and traffic flow and crowd are evacuated until the data analysis is reduced to a safety level; and S4, forming an analysis report according to a monitoring result.
一种水上现浇连续梁施工监控方法，涉及水上连续梁施工技术领域，包括一下步骤：S1：监测断面和监测点的确定：监测断面在顺桥向不少于3个，监测断面上确定至少3个监测点；S2：在监测点处安装传感器，传感器测得瞬时数据实时传输至终端设备；S3：传感器传输的瞬时数据传输至终端设备做数据分析，并将水中平台沉降与支架沉降累加分析，终端设备中设置安全级、预警级和危险级：若数据分析结果为安全级，正常施工、检查维护；若数据分析结果为预警级，加密监测频率，采取相应措施解除预警，直至数据分析降至安全级；若数据分析结果为危险级，需启动应急预案、封闭道路，疏散车流和人群，直至数据分析降至安全级；S4：监测结果形成分析报告。
Overwater cast-in-place continuous beam construction monitoring method
An overwater cast-in-place continuous beam construction monitoring method relates to the technical field of overwater continuous beam construction and comprises the following steps: S1, determining monitoring sections and monitoring points: determining at least three monitoring points on the monitoring sections when the number of the monitoring sections in the bridge direction is not less than three; s2, sensors are installed at the monitoring points, and instantaneous data measured by the sensors are transmitted to terminal equipment in real time; s3, instantaneous data transmitted by the sensor is transmitted to terminal equipment for data analysis, accumulation analysis is carried out on the settlement of the platform and the settlement of the support in water, a safety level, an early warning level and a danger level are set in the terminal equipment, and if the data analysis result is the safety level, normal construction and inspection maintenance are carried out; if the data analysis result is in an early warning level, the monitoring frequency is encrypted, and corresponding measures are taken to cancel early warning until the data analysis is reduced to a security level; if the data analysis result is in a danger level, an emergency plan needs to be started, a road is closed, and traffic flow and crowd are evacuated until the data analysis is reduced to a safety level; and S4, forming an analysis report according to a monitoring result.
一种水上现浇连续梁施工监控方法，涉及水上连续梁施工技术领域，包括一下步骤：S1：监测断面和监测点的确定：监测断面在顺桥向不少于3个，监测断面上确定至少3个监测点；S2：在监测点处安装传感器，传感器测得瞬时数据实时传输至终端设备；S3：传感器传输的瞬时数据传输至终端设备做数据分析，并将水中平台沉降与支架沉降累加分析，终端设备中设置安全级、预警级和危险级：若数据分析结果为安全级，正常施工、检查维护；若数据分析结果为预警级，加密监测频率，采取相应措施解除预警，直至数据分析降至安全级；若数据分析结果为危险级，需启动应急预案、封闭道路，疏散车流和人群，直至数据分析降至安全级；S4：监测结果形成分析报告。
Overwater cast-in-place continuous beam construction monitoring method
一种水上现浇连续梁施工监控方法
LI LONGSHEN (author) / CHEN GUO (author) / LIU NIAN (author) / WANG JIAN (author) / ZHONG ZHAOFEI (author) / LIU RUI (author) / ZHANG FANGMIN (author)
2023-06-23
Patent
Electronic Resource
Chinese
Construction method of overwater large-span double-layer cast-in-place beam
| European Patent Office | 2021
Overwater cast-in-place construction method for large deepwater caisson
| European Patent Office | 2024
| European Patent Office | 2021
Overwater cast-in-place arch bridge supporting system and construction method thereof
| European Patent Office | 2023
Low-clearance overwater cast-in-place box girder construction device and construction method thereof
| European Patent Office | 2023