多层建筑施工中的现代模板价值工程 日惹布林建筑群施工项目案例研究

Rezha Tanu Dewangga
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引用次数: 0

摘要

钢筋混凝土是 21 世纪建筑施工中最常用的建筑材料。在其生产过程中,需要辅助工具来提高质量和经济性。模板(或称百叶窗)是混凝土浇注和硬化过程中的关键因素。本研究的主题是木模板及其替代品,采用价值工程工作计划分析法,从成本、质量、时间和便利性等方面进行分析。在成本方面,DUO 聚合物模板比传统的胶合板方法节省了 8.88% 的成本。这种方法所产生的混凝土表面质量的平均粗糙度为 3.492。总工期为 16.54791 天。使用 DUO 聚合物模板获得的总值指数为 98.99,胶合板薄膜模板为 48.17,传统胶合板模板为 0.00。因此,就数值而言,DUO 聚合物塑料模板可被推荐为多层建筑施工的最佳模板方法。考虑到这种方法的优缺点以及所取得的效益,它在更大的建筑规模上将会更加有益。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Value Engineering Of Modern Formwork In Multi-Story Building Construction Case Study On The Construction Project Of The Brin Building Complex In Yogyakarta
Reinforced concrete is the most commonly used construction material in building construction in the 21st century. In its production, supportive instruments are needed to enhance both quality and economic aspects. Formwork, or shuttering, is a crucial factor in the casting and hardening of concrete. The subject of this research is wooden formwork and its alternatives, analyzed in terms of cost, quality, time, and convenience using the Value Engineering Job Plan analysis. In terms of cost, there is a cost savings of 8.88% for DUO polymer formwork compared to the conventional plywood method. The resulting surface quality of the concrete of this method has a average roughness of 3.492. The total duration of the work is 16.54791 days. The total value index obtained for the use of DUO polymer formwork is 98.99, for the plywood film formwork is 48.17, and for conventional plywood formwork is 0.00. Thus, in terms of value, the DUO polymer plastic formwork can be recommended as the best formwork method for multi-story building construction. Considering the advantages and disadvantages of this method, along with the benefits obtained, it would be even more beneficial on a larger construction scale.
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