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连拱空箱式挡土墙结构形式的探讨
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作者 谢文东 《矿业快报》 2003年第4期32-34,共3页
连拱空箱式挡土墙是一种适用于在软土地基上建造高挡墙的新型结构。它在墙身部位采用了拱型和 T型结构 ,受力明确 ,各种筑墙材料能够充分发挥其力学特性 ,做到既合理又经济。本文通过实例对连拱空箱式挡土墙进行稳定验算 ,并与钢筋混凝... 连拱空箱式挡土墙是一种适用于在软土地基上建造高挡墙的新型结构。它在墙身部位采用了拱型和 T型结构 ,受力明确 ,各种筑墙材料能够充分发挥其力学特性 ,做到既合理又经济。本文通过实例对连拱空箱式挡土墙进行稳定验算 ,并与钢筋混凝土扶壁式挡墙进行对比 ,结果证明连拱空箱式挡土墙在软弱地基上的适应性远胜于钢筋混凝土扶壁式挡墙。此外 ,它造价低廉、筑墙材料多样化、一旦发生事故可进行有效的补救 。 展开更多
关键词 连拱空箱式挡土 结构形式 软土地基 筑墙材料
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对连拱空箱式挡土墙结构形式的探讨
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作者 廖志基 《广东建材》 2005年第5期87-89,共3页
连拱空箱式挡土墙是一种适用于在软土地基上建造高挡墙的新型结构。它在墙身部位采用了拱型和T型结构,受力明确,各种筑墙材料能够充分发挥其力学特性,做到既合理又经济。
关键词 连拱空箱式挡土 结构形式 软土地基 筑墙材料 力学特性
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Infilled Reinforced Concrete Beams for Sustainable Construction
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作者 Patel Rakesh Dubey Sheo Kumar Pathak Krishna Kant 《Journal of Civil Engineering and Architecture》 2013年第11期1369-1374,共6页
This paper presents a study carried out on infilled reinforced concrete beams for sustainable construction. In reinforced concrete beams, less stressed concrete below neutral axis can be replaced by some light weight ... This paper presents a study carried out on infilled reinforced concrete beams for sustainable construction. In reinforced concrete beams, less stressed concrete below neutral axis can be replaced by some light weight material to reduce the weight of the structure and also achieve the economy. The used infilled material is brick. Sustainability can be achieved by replacing the partially used concrete. By saving concrete, the authors save cement, which reduces the green house gases emissions. So it is considered as environment friendly. Since infilled beam acts like a layered member, there needs a theory to analyze it. Method of initial functions is used for the analysis of the infilled RC (reinforced concrete) beams. This method is successfully applied on infilled beam. Results show that physical conditions are verified for infilled beam. 展开更多
关键词 Initial functions infilled beams brick masonry displacements stresses
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Bamboo-based Panels for Structural Applications 被引量:2
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作者 CHENXuhe WANGZheng 《Chinese Forestry Science and Technology》 2005年第2期49-51,共3页
With technical assistance from INBAR and the Research Institute of Wood Industry of the Chinese Academy of Forestry, the construction of the Pingbian Primary School was completed in 2004, where bamboo plywood panels a... With technical assistance from INBAR and the Research Institute of Wood Industry of the Chinese Academy of Forestry, the construction of the Pingbian Primary School was completed in 2004, where bamboo plywood panels and laminated beams were used for the roof trusses, sheathing boards and wall panels. This is the first time that bamboo-based panels are used for structural applications. 展开更多
关键词 bamboo-based panel sustainable building structural application
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