Open Access Article
Frontiers in Intelligent Construction Technology DOI: DOI:10.64635/ja.2026.1496 .
*通讯作者: 无
发布时间: 2026-09-23 总浏览量: 56
建筑机电安装工程工序交叉复杂、隐蔽作业占比高,施工细节管控难度大,易出现管线碰撞、接口渗 漏、设备异响等质量通病。为提升现场施工精细化水平,本文依托工程实操工况,从施工前期、施工过程、 竣工收尾全时序梳理细节类质量缺陷,针对性搭建全流程精细化质量管控体系,配套常态化落地保障机制。 实践表明,该管控方案贴合施工现场、可操作性强,能够有效减少机电安装质量隐患,稳定提升工程交付品质, 可为同类机电工程质控优化提供参考。
Building electromechanical installation projects involve complex process intersections and a high proportion of concealed operations, making construction detail control difficult and prone to common quality problems such as pipeline collisions, interface leakage, and abnormal equipment noise. To improve the refinement level of on-site construction, this paper sorts out detailed quality defects across the full sequence of pre-construction, construction process, and completion finishing based on practical engineering conditions. It then constructs a whole-process refined quality control system with supporting normalized implementation guarantee mechanisms. Practice shows that this control scheme is suited to construction sites and highly operable, and can effectively reduce quality hazards in electromechanical installation, steadily improve project delivery quality, and provide reference for quality control optimization in similar electromechanical projects.
[1] 薛景隆.建筑机电安装工程施工技术及质量控制研究[J].产业创新研究,2024,(24):109-111.
[2]陈斯聪.机电安装工程项目管理及质量控制分析[J].城市建设理论研究(电子版),2022,(23):25-27.
[3] 陈伟光.建筑机电工程中的施工质量控制技术分析[J].电子技术,2023,52(8):246-247.
[4] 谢祥.建筑机电安装工程的施工技术及质量控制的探讨[J].四川建材,2022,48(3):93-95.
[5]于小龙.建筑机电安装工程项目质量管理探讨[J]. 工程建设与设计,2024,(20):248-250.