摘要
结合BIM技术,从精细化施工的角度出发,对复杂多坡屋顶进行三维模拟仿真,定位屋脊交点、内隔墙顶点等关键标高;通过模拟脚手架支撑系统,优化内支撑架搭设间距与组合方式;优化模板排布,提高模板利用率,对工程量进行汇总,为材料采购提供依据。
Combined with BIM technology,3 d simulation of complex multi-slope roofs is carried out from the perspective of fine construction to locate key elevations such as roof ridge intersection point and interior partition wall vertex. By simulating the scaffold support system,the spacing and combination of the inner support frame are optimized. Optimize the layout of the template,improve the utilization rate of the template,summarize the amount of work,and provide the basis for material purchasing.
作者
孙克阳
徐强
么传杰
姚清振
Sun Keyang1, Xu Qiang1, Yao Chuanjie2, Yao Qingzhen1,(1. School of Architecture and Civil Engineering, Liaocheng University, Liaocheng 252000, China; 2. Shandong Resident Assembly Construction Co. , Ltd, Liaocheng 252000, China)
出处
《山西建筑》
2018年第26期78-80,共3页
Shanxi Architecture
关键词
BIM
复杂多坡屋顶
精细化施工
Building hffornlation Modeling（BIM）
complex sloping roof
fine construction
