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Catenary arch of finite thickness as the optimal arch shape

机译:凸起的有限厚度为最佳拱形形状

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Based on the analogy with the load path of a homogeneous hanging chain, catenary has been for over three centuries considered to be an ideal masonry arch's shape. In the present research, after the thrust line theory, complete insight into the equilibrium analysis of catenary arch of finite thickness under its own weight is provided. It is concluded that, in accordance with the common criterion-the existence of only normal (axial) forces-the ideality has previously been unjustifiably attached to such an arch, since there are shear forces present as well. However, with respect to so-called Couplet-Heyman's assumptions (unilateral rigid no-tension material), it is shown that any catenary arch is stable under its own weight.
机译:基于与均匀悬挂链的负载路径的类比,关联已经超过三个世纪被认为是理想的砌体拱形。 在本研究中,提供了在推力线理论之后,提供了在其自身重量下完全了解凸起的有限厚度的平衡分析。 得出结论,根据公共准则 - 仅存在正常(轴向)力 - 理想性先前已经不合理地附着在这种拱门上,因为存在剪切力。 然而,关于所谓的对联 - 赫曼的假设(单侧刚性无张力材料),表明任何凸起的拱形都在其自身的重量下稳定。

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