The application of analytic hierarchy process in comprehensive safety evaluation of scaffolding;
层次分析法在脚手架安全综合评价中的应用
In view of high accident rate,from bearing frame of formwork,external scaffolding,construction machinery,temporary electricity usage and other aspects content of safety supervision work in construction site is introduced.
从目前安全事故多发的模板承重架、外脚手架、施工机械及施工临时用电等方面对施工现场安全监理工作的内容、要求提出一些经验和看法,以期与监理同行互相交流,共同提高监理水平。
Because of the space between two structure members(beam,column,slab etc) is large in the big space frame or bent structure building,installation of wall connecting lever for scaffolding can not be fitted for the stipulation of the technical code for safety of steel tubular scaffold with couplers in construction(JGJ130).
大空间(开间、跨度、层高较大)框架或排架结构,由于构件(指可供连墙件可靠连接的梁、柱、板等)间距较大,脚手架连墙件设置往往不能满足《建筑施工扣件式钢管脚手架安全技术规范》(JGJ130)的规定,架体侧向(横向)支座减少,造成侧向刚度减弱,在风荷载作用下,架体的侧向刚度对整个架体稳定性起着关键作用。
Cast-in-place reinforced concrete inverted cone water tower without scaffold construction;
现浇钢筋混凝土倒锥壳水塔无脚手架施工
The application of superelevation scaffold in the construction of major dam of reservoir;
超高脚手架在水库除险加固工程中的应用
Safety risk assessment of scaffolds for civil engineering construction;
建筑施工脚手架安全风险评价
Fuzzy mode identification of falsework safety state;
脚手架工程安全状态的模糊模式识别
Analysis of the cause of falsework collapse and precautions;
脚手架及模板倒塌事故的原因分析与防治措施
A new method of the design for tie bar and falsework during the construction of the thin-wall of bridges;
薄壁墙施工中拉杆与脚手架设计的新方法
In this paper according to engineering characteristics proper construction scheme is determined for outside scaffold.
针对工程特点 ,选定合理的外脚手架施工方案 ,并按照脚手架设计原理 ,对脚手架的整体稳定性进行了分析 ,为工程外脚手架的施工提供了充分的设计依
To achieve these goals,measures of adopting steel pipe scaffoldings for constructions of 60 000 kN vierendeer trusses shoring members,have been proved successful to control their lateral displacements.
为此采取措施利用脚手钢管支设荷载近6万kN的空腹桁架施工支撑 ,保证了支撑抗侧移的性能。