摘要
很多设计规则的钢结构工程,由于受施工场地所限,大型吊机难以移动,常规吊装较难实施。为了既能加快进度,又能解决吊装死角问题,可以选择采用定点吊装、定向滑移、高空焊接、整体同步卸载的方法。目前我司承接滑移的两个项目均克服了以上难题,取得了很好的经济和社会效益,在此做一探讨及推广。
Many steel structure engineering design rules,due to the construction site constraints,difficult to move a large crane,lifting routine more difficult to implement. In order both to accelerate progress,but also solve the problem of lifting dead,you can choose to use fixed-point lifting,directed slip,high-altitude welding,unloading overall synchronization methods. My unit currently consists of two projects are slipping overcome the above problems,and achieved good economic and social benefits,in order to explore and popularize this done.
出处
《广东土木与建筑》
2013年第12期27-29,57,共4页
Guangdong Architecture Civil Engineering
关键词
钢结构
滑移
机器人
卸载
steel structure
slipping
robot
uninstall