A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Steel grid frame installation construction method based on BIM
The invention provides a steel grid frame installation construction method based on BIM, and relates to the field of building construction. The construction technological process comprises the following steps of technical preparation, steel grid frame component finished product entering, gid frame construction before lifting, lifting hanging point arrangement, lifting equipment installation, lifting equipment debugging, overall lifting preparation work, overall lifting, structure in-place fixing, grid frame rod piece supplementing, lifting equipment dismounting and supplementary coating brushing of a connecting joint. According to the steel grid frame installation construction method based on the BIM, BIM analogue simulation calculation is carried out on hydraulic synchronous lifting and ground assembling to determine each construction parameter, the BIM technology is used for construction demonstration, collision inspection and accurate construction are carried out, the construction period is shortened, bulk part assembling is carried out on steel components on the ground and integrally lifted, and compared with high-altitude bulk, the high-altitude assembling and welding workloadis reduced, the use amount of high-altitude assembling jig frames is reduced, and the safety and quality risks are reduced.
本发明提供一种基于BIM的钢网架安装施工方法，涉及建筑施工领域，施工工艺流程如下：技术准备、钢网架构件成品进场、提升前的网架施工、提升吊点布置、提升设备安装、提升设备调试、整体提升准备工作、整体提升、结构就位固定、网架杆件补装、提升设备拆除、连接节点补刷涂层，本发明中，对液压同步提升及地面拼装进行BIM仿真模拟计算确定施工各项参数，运用BIM技术进行施工演示，做碰撞检查，精准施工，缩短了施工工期，钢构件在地面上散件拼装，整体提升，与高空散装相比，不但减少高空组装焊接工作量，而且减少高空组拼胎架用量，降低安全、质量风险。
Steel grid frame installation construction method based on BIM
The invention provides a steel grid frame installation construction method based on BIM, and relates to the field of building construction. The construction technological process comprises the following steps of technical preparation, steel grid frame component finished product entering, gid frame construction before lifting, lifting hanging point arrangement, lifting equipment installation, lifting equipment debugging, overall lifting preparation work, overall lifting, structure in-place fixing, grid frame rod piece supplementing, lifting equipment dismounting and supplementary coating brushing of a connecting joint. According to the steel grid frame installation construction method based on the BIM, BIM analogue simulation calculation is carried out on hydraulic synchronous lifting and ground assembling to determine each construction parameter, the BIM technology is used for construction demonstration, collision inspection and accurate construction are carried out, the construction period is shortened, bulk part assembling is carried out on steel components on the ground and integrally lifted, and compared with high-altitude bulk, the high-altitude assembling and welding workloadis reduced, the use amount of high-altitude assembling jig frames is reduced, and the safety and quality risks are reduced.
本发明提供一种基于BIM的钢网架安装施工方法，涉及建筑施工领域，施工工艺流程如下：技术准备、钢网架构件成品进场、提升前的网架施工、提升吊点布置、提升设备安装、提升设备调试、整体提升准备工作、整体提升、结构就位固定、网架杆件补装、提升设备拆除、连接节点补刷涂层，本发明中，对液压同步提升及地面拼装进行BIM仿真模拟计算确定施工各项参数，运用BIM技术进行施工演示，做碰撞检查，精准施工，缩短了施工工期，钢构件在地面上散件拼装，整体提升，与高空散装相比，不但减少高空组装焊接工作量，而且减少高空组拼胎架用量，降低安全、质量风险。
Steel grid frame installation construction method based on BIM
一种基于BIM的钢网架安装施工方法
JIANG XIAOXIN (author) / SONG DELIN (author) / JI YIXIN (author) / DU FATAO (author) / OU WANLI (author) / WENG KEWU (author) / WANG MINZHI (author)
2020-09-08
Patent
Electronic Resource
Chinese
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