A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a mass concrete continuous casting digital monitoring-managing method and system, and belongs to the technical field of concrete construction. The mass concrete continuous casting digital monitoring-managing method comprises the following steps of building a 3D model corresponding to a mass concrete construction area, and determining a symmetry plane of the construction area; building a plurality of monitoring coordinate points which are distributed symmetrically relative to the symmetry plane in the 3D model, and mapping the monitoring coordinate points into the construction area to form actual monitoring points; and laying temperature sensing optical fibers in the construction area, and making the temperature sensing optical fibers pass through the actual monitoring points corresponding to the monitoring coordinate points. Temperature change data of mass concrete in casting and maintaining processes are monitored in real time through the temperature sensing optical fibers, the casting position of the concrete can be monitored, and whether the temperature change in the maintaining process meets preset construction specification parameters or not can be judged, so that the aim of monitoring and guiding the construction in real time is fulfilled.
本发明公开一种大体积混凝土连续浇筑数字化监控管理方法及系统，属于混凝土施工技术领域。建立与大体积混凝土施工区域相对应的3D模型，确定施工区域的对称面；在3D模型内建立相对于对称面对称分布的若干监测坐标点，所述监测坐标点映射到实际的施工区域内形成实际监测点；在施工区域内铺设温度传感光纤，并且使温度传感光纤穿过与监测坐标点相对应的实际监测点。通过温度传感光纤实时监测大体积混凝土在浇筑与养护过程中的温度变化数据，并且能够监测混凝土的浇筑位置，判断养护过程中的温度变化是否满足预设的施工规范参数，达到对施工进行实时监控指导的目的。
The invention discloses a mass concrete continuous casting digital monitoring-managing method and system, and belongs to the technical field of concrete construction. The mass concrete continuous casting digital monitoring-managing method comprises the following steps of building a 3D model corresponding to a mass concrete construction area, and determining a symmetry plane of the construction area; building a plurality of monitoring coordinate points which are distributed symmetrically relative to the symmetry plane in the 3D model, and mapping the monitoring coordinate points into the construction area to form actual monitoring points; and laying temperature sensing optical fibers in the construction area, and making the temperature sensing optical fibers pass through the actual monitoring points corresponding to the monitoring coordinate points. Temperature change data of mass concrete in casting and maintaining processes are monitored in real time through the temperature sensing optical fibers, the casting position of the concrete can be monitored, and whether the temperature change in the maintaining process meets preset construction specification parameters or not can be judged, so that the aim of monitoring and guiding the construction in real time is fulfilled.
本发明公开一种大体积混凝土连续浇筑数字化监控管理方法及系统，属于混凝土施工技术领域。建立与大体积混凝土施工区域相对应的3D模型，确定施工区域的对称面；在3D模型内建立相对于对称面对称分布的若干监测坐标点，所述监测坐标点映射到实际的施工区域内形成实际监测点；在施工区域内铺设温度传感光纤，并且使温度传感光纤穿过与监测坐标点相对应的实际监测点。通过温度传感光纤实时监测大体积混凝土在浇筑与养护过程中的温度变化数据，并且能够监测混凝土的浇筑位置，判断养护过程中的温度变化是否满足预设的施工规范参数，达到对施工进行实时监控指导的目的。
Mass concrete continuous casting digital monitoring-managing method and system
一种大体积混凝土连续浇筑数字化监控管理方法及系统
ZHOU XIN (author)
2020-09-01
Patent
Electronic Resource
Chinese
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