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Flexural strengthening of beams using post-tensioned metal straps fully wrapped around steel channels anchored to normal steel reinforced concrete beams

机译:使用张紧的金属带完全缠绕在锚固到普通钢筋混凝土梁的钢通道周围的梁的弯曲强化

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The efficacy of post-tensioned metal straps PTMS, wrapped around steel channels anchored to normal reinforced concrete (R.C) beams is tested in increasing the flexural capacity of the beams. For this purpose, nine normal R.C beams with dimensions of 160 mm x 240 mm x 2100 mm are constructed to fail in bending. The location and the number of the straps are considered as the main variable. It is found that using PTMS can enhance the load-carrying capacity of the beam by 29% to 63%. The decisive factors affecting the increase are the location of the straps (at the bottom or sides), shape of the flange and web edges (squared or rounded) and alignment of the flanges (vertical or inclined). A complete guide can be found in the paper as it is a novel method of strengthening beams which can be applied to the beams cast in place with integral slabs.
机译:在增加梁的弯曲容量时测试围绕锚固到正常钢筋混凝土(R.C)梁的钢通道缠绕的张紧金属带PTM的功效。 为此目的,尺寸为160mm×240mm×2100mm的九个常规R.C光束被构造成在弯曲中失效。 带子的位置和数量被认为是主要变量。 发现使用PTM可以提高光束的承载能力29%至63%。 影响增加的决定性因素是凸缘(底部或侧面)的位置,凸缘和幅材边缘(平方或圆形)以及凸缘的对准(垂直或倾斜)。 本文可以在纸中找到完整的指导,因为它是一种新颖的加强梁的方法,其可以用整体板施加到梁铸造的梁。

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