摘要
在工程建设领域中,施工结构的稳固性水平高低在很大程度上关系着其建筑物的整体建造品质的优劣,为了切实达到建筑工程本身所需求的稳固结构及强度指标,选取高效能的钢体支架结构是较好的选择,因为钢结构可凭借其高刚度、轻重量等特点而被大批地运用到当今极为盛行的大跨径、超高型建筑中,并且可以很好地实现建筑体本身结构的稳固性,从而充分保证人民群众的人财利益不受侵害。基于此,针对钢结构施工作业规范及其整个施工过程中的质量管控工作进行全面分析,且参照现实所存在的具体工程状况,系统地阐释其施工过程中应当进行强化的内容,筛选出恰当的应对手段,以切实达到项目建造的高质量标准。
In the field of engineering construction,the level of the stability of the construction structure is largely related to the overall construction quality of the building.In order to achieve the stable structure and strength index required by the construction project itself,the steel frame structure is its superior choice,because this steel structure by virtue of its unique high rigidity,light weight and other characteristics have been widely used in today＇s extremely popular large-span,high-rise buildings,and can well realize the stability of the structure of the building itself so as to fully ensure that the interests of the people and the masses of people and property are not infringed upon. Based on this,the article gives a comprehensive analysis of the steel construction management practices and quality control work throughout the construction process,and refers to the specific engineering conditions that exist in reality,and systematically explains the contents of the reinforcement should be carried out during the construction process,screening the appropriate response means to effectively meet the high quality standards of the project.
出处
《建筑技术开发》
2018年第4期41-42,共2页
Building Technology Development
关键词
钢结构
施工管理
质量管控
steel structure
construction management
quality control
