摘要
为了解决传统输变电工程施工质量管控模型存在的协同效率低、管控效果差问题,引入BIM技术对输变电工程施工质量管控模型进行构建。为了加强输变电工程施工质量管控的效果,对质量管控组织结构进行搭建,以此为基础,根据施工顺序对质量管控工作流程进行制定,以制定的质量管控工作流程为基础,采用聚类算法对质量管控因素进行提取,并对其进行处理使其参数化,以质量管控数据为依据,以BIM技术为支撑,对输变电工程施工质量管控模型进行构建,并对其进行相应的求解,得到质量管控系数,以此为依据,对质量管控效果进行判定,实现了输变电工程施工质量的管控。通过测试得到,与传统输变电工程施工质量管控模型相比较,构建的输变电工程施工质量管控模型极大的提升了协同效率与管控效果,充分说明构建的输变电工程施工质量管控模型具备更好的质量管控效果。
In order to solve the problems of low collaborative efficiency and poor management and control effect existing in the traditional construction quality control model of power transmission and transformation engineering,BIM technology is introduced to construct the construction quality control model of power transmission and transformation engineering.In order to strengthen the effect of construction quality control in power transmission and transformation projects,the organizational structure of quality control is established.On this basis,the work flow of quality control is formulated according to the construction sequence.On the basis of the work flow of quality control,the clustering algorithm is used to extract the factors of quality control and to deal with them.Based on the quality control data and BIM technology,the construction quality control model of power transmission and transformation project is constructed and solved to obtain the quality control coefficient.On this basis,the effect of quality control is judged,and the construction quality control of power transmission and transformation project is realized.Through testing,compared with the traditional construction quality management and control model of transmission and transformation engineering,the construction quality management and control model of transmission and transformation engineering greatly improves the synergistic efficiency and control effect,fully demonstrating that the construction quality management and control model of transmission and transformation engineering has better quality control effect.
作者
梁杰
姚灏
刘鹏
Liang Jie;Yao Hao;Liu Peng(Guangzhou Yuexiu Power Supply Bureau,Guangzhou 510600,China;Guangzhou Electric Power Design Institute,Guangzhou 510610,China;South China University of Technology,Guangzhou 510600,China)
出处
《科技通报》
2020年第1期114-118,共5页
Bulletin of Science and Technology
关键词
BIM技术
输变电工程
施工质量
管控
信息
BIM technology
transmission and transformation engineering
construction quality
management and control
informatio
