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Experimental Study of Twin Round Bamboo Concrete Infill Parabolic Tied Arch

机译:双圆竹混凝土填充抛物线形拱的试验研究

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This paper is concerned about the experimental study of twin round bamboo concrete infill composite parabolic tied arch. Experimental investigation is undertaken to validate the structural load bearing capacity of 'haritha infill arch'. The infill arch is tested under three types of loading condition viz a) crown point loading, b) centre half loading and c) distributed point loading. The experimental results brings out the stiffness of the arch to be 1 kN/mm under crown point loading, 1.67 kN/mm under centre half loading and 1.17 kN/mm under distributed loading. The stresses in the materials are well within their allowable limits. Thus this paper is able to successfully report the structural strength of parabolic tied infill arch which promises to be a structural load bearing element. Since, there is no additional formwork required in casting of the arch, apart from the bamboo which itself acts like the formwork, lesser quantity of steel and very small thickness of concrete being involved, the arch qualifies to be a potential structural element for affordable housing and green constructions.
机译:本文关注双圆竹混凝土填充复合抛物线形拱的试验研究。进行实验研究以验证“ haritha实心拱”的结构承载力。填充拱在三种加载条件下进行测试,即a)拱顶点加载,b)中心半加载和c)分布点加载。实验结果表明,拱的刚度在冠点载荷下为1 kN / mm,在中心半载荷下为1.67 kN / mm,在分布式载荷下为1.17 kN / mm。材料中的应力完全在其允许范围内。因此,本文能够成功地报告抛物线形填充圆拱的结构强度,有望成为结构上的承载元素。由于除了拱形的竹子本身,较少的钢用量和非常小的混凝土厚度外,拱形铸造不需要额外的模板,因此拱形有资格成为经济适用房的潜在结构要素和绿色建筑。

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