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Numerical simulation of bond-slip between HSC and steel bar

机译:HSC与钢筋粘结滑移的数值模拟

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Bond-slip relationship is very complex issue in the non-linear finite element analysis of beams. Three model beams with different bond length were constructed to study the mechanical properties. Based on the geometric parameters of the model beam as well as bond-slip curve obtained from experiments by former scholars, this paper has simulated the bond-slip relationship between steel bars and concrete with spring element COMBIN39, and conversion technology from bond-slip curve to spring element F-D curve is proposed. Based on the powerful ANSYS post-processing capacity, a detailed study considering the issue of bond-slip relationship is carried out. The result has enriched the numerical simulation theory of beams in a certain extent.
机译:在梁的非线性有限元分析中,粘结滑移关系是一个非常复杂的问题。构造了三种具有不同粘结长度的模型梁,以研究其力学性能。基于模型梁的几何参数以及以往学者的实验获得的粘结滑移曲线,利用弹簧元件COMBIN39模拟了钢筋与混凝土的粘结滑移关系,并根据粘结滑移曲线进行了转换技术。提出弹簧元件FD曲线。基于强大的ANSYS后处理能力,进行了考虑粘结滑移关系问题的详细研究。结果在一定程度上丰富了梁的数值模拟理论。

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