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Value Engineering for the Selection of the Filler Material between Shoring Wall and the Structure

机译:用于选择支撑墙与结构之间的填充物材料的价值工程

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In the traditional construction projects, project shareholders develop their projects rather by taking the cost into consideration after the occurrence of the need. The companies should focus on quality, cost and speed in the projects they carry out to be able to keep up in the competitive environment. Value engineering is the revision of the new or existent products at the design stage for the purpose of increasing the value of the product, decreasing the cost and increasing the functionality. In this study, it has been tried to decide which material / method should be selected to be able to fill the space between a shoring wall and the structure with the use of Value Engineering Method. Firstly, a value engineering team has been formed; it has been decided which needs the material / method should meet, solutions that could provide these needs have been sought and it has been decided to compare three determined alternative solutions. Afterwards, value analysis has been conducted and the solution that can meet the need both in terms of quality and cost has been tried to be selected. In this way, economically most convenient solution has been determined without neglecting the requests of the customers and the benefit to be attained. As a result of the Value Engineering study, it was concluded that Alternative 2b (making waste mold with profile and 15 mm oriented strand board) is the most suitable solution.
机译:在传统的建设项目中,项目股东虽然在需要后,通过考虑成本。这些公司应该专注于他们所开展的项目中的质量,成本和速度,以便能够在竞争环境中继续保持。价值工程是在设计阶段修订新的或存在的产品,以提高产品的价值,降低成本并增加功能。在这项研究中,已经尝试决定应该选择哪种材料/方法能够利用价值工程方法填充支撑墙和结构之间的空间。首先,已经形成了一个价值工程团队;已经决定了材料/方法应符合材料/方法,可以寻求提供这些需求的解决方案,并决定比较三种确定的替代解决方案。之后,已经进行了价值分析,并试图选择能够满足质量和成本方面的需求的解决方案。通过这种方式,在不忽视客户的请求和待实现的福利的情况下,已经确定了经济上最方便的解决方案。由于价值工程研究的结果,得出结论,替代2B(用型材和15mm定向的股线制造废物模具)是最合适的溶液。

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