主管:中华人民共和国住房部和城乡建设部主管
主办:中国房地产业协会主办
国际标准刊号:ISSN 1002-8536
国内统一刊号:CN11-5936/F
邮发代号:82-510

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      高支模施工技术在土建施工中的应用探讨

      文章作者:韩冠男 期刊页码:2022年第15期87页

      浏览次数:251次

        【摘要】在土建施工过程中 , 应用高支模工艺可兼顾质量、经济成本,收益等多方面要求 , 但其施工内容较为复杂 , 环节之间的 衔接至关重要。基于此 , 对应工程具体情况 , 对该项目应用的高支模工艺展开论述 , 重点围绕模板及支撑体系的材料选型、高支 模架体的设置、高支模安装过程注意事项等内容进行分析。 高层建筑的要求越来越高,需要各类不同的建筑技术手段配合运用才能基本完成 , 高强度支撑结构模板建筑技术已经 基本形成自身的技术体系 , 在高层建筑设计过程中已经具备明显技术优势 , 在实践中也已经有着良好的综合运用 , 这类模板 技术由于适应性强、承载力好 , 结合这种实际情况 , 本文可以重点深入探讨高支模施工工艺技术的主要应用内涵 , 以及该施 工技术在土建建筑工程建设中的具体推广应用发展情况。

        【关键词】高支模;土建工程;模板施工 Discussion on the application of high-support formwork construction technology in civil construction Abstract: In the process of civil construction, the application of high-support formwork technology can take into account the requirements of quality, economic cost, income and other aspects, but the construction content is relatively complex, and the connection between the links is very important. Based on this, corresponding to the specific situation of the project, the high-support formwork technology applied in this project is discussed, focusing on the material selection of the formwork and support system, the setting of the high-support formwork frame, and the precautions for the high-support formwork installation process. . The requirements of high-rise buildings are getting higher and higher, and various construction techniques are needed to be basically completed. The high-strength support structure formwork construction technology has basically formed its own technical system, and it has obvious technical advantages in the design process of highrise buildings. It has also been well used in practice. This type of formwork technology has strong adaptability and good bearing capacity. Combined with this actual situation, this paper can focus on the main application connotation of high-support formwork construction technology and the construction technology. The specific promotion and application development in civil engineering construction. Key words: high formwork; civil engineering; formwork construction

        【DOI】10.12334/j.issn.1002-8536.2022.15.028