铁路基础设施智能化施工组织数据库
收藏资源简介：
该数据库整合了钻爆法铁路隧道智能化施工组织数据集与悬臂法铁路桥梁智能化施工组织数据集的各类数据并进行自动归集与结构化存储。钻爆法铁路隧道智能化施工组织数据集以渝万高铁工程小谷寨隧道为依托，包括检验批数据、安全隐患排查数据、超前地质预报数据、初支与二衬三维断面扫描数据、进出口安全步距监测数据、施工日志人员与机械情况数据、拌合站实验室数据等。施工进度数据由项目施工管理模块获取，安全隐患数据由隐患排查系统获取；悬臂法铁路桥梁智能化施工组织数据集以渝万高铁工程蔡家沟双线特大桥为依托，包括检验批数据、连续梁线形监测数据、桩基沉降监测数据、施工日志人员与机械情况数据、拌合站实验室数据等；安全隐患数据通过隐患排查系统获取，施工进度数据通过项目管理系统获取。
This database integrates and performs automated collection and structured storage of various data from two intelligent construction organization datasets: the drill-blasting method railway tunnel intelligent construction organization dataset and the cantilever method railway bridge intelligent construction organization dataset. The drill-blasting method railway tunnel intelligent construction organization dataset is based on the Xiaoguzhai Tunnel of the Yu-Wan High-Speed Railway project, and includes inspection lot data, safety hazard investigation data, advanced geological forecast data, 3D section scanning data for primary support and secondary lining, safety step distance monitoring data at the tunnel entrance and exit, construction log data on personnel and machinery status, concrete mixing plant laboratory data, and so on. The construction progress data is collected from the project construction management module, while the safety hazard data is obtained through the hazard inspection and investigation system. The cantilever method railway bridge intelligent construction organization dataset is based on the Caijiajia Double-track Extra-large Bridge of the Yu-Wan High-Speed Railway project, and includes inspection lot data, continuous beam alignment monitoring data, pile foundation settlement monitoring data, construction log data on personnel and machinery status, concrete mixing plant laboratory data, and so on. The safety hazard data is acquired via the hazard inspection and investigation system, and the construction progress data is obtained through the project management system.
