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Strength and ductility of stiffened thin-walled hollow steel structural stub columns filled with concrete

机译:加筋混凝土薄壁空心钢结构短柱的强度和延性

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摘要

It is generally expected that inner-welded longitudinal stiffeners can be used to improve the structural performance of thin-walled hollow steel structural stub columns filled with concrete. Thirty-six specimens, including 30 stiffened stub columns and six unstiffened ones, were tested to investigate the improvement of ductile behaviour of such stiffened composite stub columns with various methods. The involved methods include increasing stiffener height, increasing stiffener number on each tube face, using saw-shaped stiffeners, welding binding or anchor bars on stiffeners, and adding steel fibres to concrete. It has been found that adding steel fibres to concrete is the most effective method in enhancing the ductility capacity, while the construction cost and difficulty will not be increased significantly.
机译:通常期望使用内部焊接的纵向加劲肋来改善填充混凝土的薄壁空心钢结构短柱的结构性能。测试了36个标本,包括30个加劲短柱和6个非加劲短柱,以研究采用各种方法改善此类加劲复合短柱的延性的方法。涉及的方法包括增加加劲肋高度,增加每个管面上的加劲肋数量,使用锯齿形加劲肋,在加劲肋上焊接约束杆或锚固杆以及在混凝土中添加钢纤维。已经发现,在混凝土中添加钢纤维是增强延展性的最有效方法,而施工成本和难度不会显着增加。

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