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Emulational calculation of concrete perfusion in steel-pipe arch rib of a large-span bridge

机译:大跨度桥梁钢管拱肋混凝土灌注的仿真计算

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The bridge is a half-through steel-pipe concrete arch bridge with uniform catenary. Based on sufficiently considering the principle of symmetrically loading rib concrete, the pouring process of the whole concrete is calculated with emulation with the aiding of commercial package MIDAS/Civil. By analyzing the structural deformation, stress and stability, the structural responses such as the structural distortion deformation, bearing-force characteristics and stability coefficients at different construction stages are computed in this study. The motivation of this investigation is to ensure the structural safety, and the structural security can also be discussed. The made observations indicate that the whole bridge has a high safety in either construction or operation and the achievement of research may provide reference for the similar arch bridge.
机译:桥是一座半钢管混凝土拱桥,均匀凸起。基于充分考虑对称装载肋混凝土原理,通过仿真与商业包装/民间的仿真计算了整个混凝土的浇注过程。通过分析结构变形,应力和稳定性,在本研究中计算了不同施工阶段的结构变形变形,轴承力特性和稳定系数的结构响应。该调查的动机是为了确保结构安全,也可以讨论结构安全性。所揭示的观察表明,整个桥梁在构造或操作方面具有高安全性,并且研究的成就可以为类似拱桥提供参考。

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