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Application of Element Combine39 to Reflect the Nature of Newly Puzzel Shaped Crestbond Rib Shear Connector in Composite Beam

机译:元素组合39在复合梁中反映新益智形嵴肋剪切连接器的性质

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摘要

In this paper, the three-dimensional finite element model was used to simulate the overall flexural behavior of simple supported composite beams with four-point bending scheme. The investigation was focused on evaluation of load-deflection, relative slip between concrete slab and steel girder, development of strain in concrete slab as well as steel girder. The effect of concrete strength and dimensions of slab were taken into account. The results obtained from modelling are in agreement with results derived from experimental push out tests. Effect of concrete compressive strength and concrete slab width are displayed in detail through deflection and relative slip. There is good in agreement between results of relative slip between concrete slab and steel girder obtained from modeling and experimental push out test results. It is supposed that using element COMBIN39 is correct enough to reflect the nature of Perfobond connector.
机译:本文采用三维有限元模型来模拟具有四点弯曲方案的简单支撑复合梁的总弯曲行为。该研究专注于评估载荷偏转,混凝土板和钢梁之间的相对滑动,混凝土板的应变开发以及钢梁。考虑混凝土强度和板坯尺寸的影响。从建模中获得的结果与源自实验推出测试的结果一致。混凝土抗压强度和混凝土板宽度的影响通过偏转和相对滑动详细显示。在模拟和实验推出测试结果中获得的混凝土板与钢梁之间的相对滑动结果之间的一致性良好。假设使用元素组合39足以反映完善的连接器的性质。

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