梁、柱、板焊接接头的评定

H. Mahzuz, M. Islam, Saikat Ahmed, Md. Abu Jobair
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引用次数: 0

摘要

在本研究中,对碾压混凝土构件中焊接接头的性能进行了相对于具有直杆的搭接接头的判断。本试验的目的是找出可用于梁、柱、板焊接接头的安全焊缝长度。为此,使用了12mm, 16mm和20mm (fy = 500mpa且可焊接)钢筋,电极为E60Ksi。选取25 ~ 150mm不同焊接长度的钢筋进行焊接,并对其进行拉伸和弯曲试验。发现100毫米的焊接是足够的所有棒。因此,该长度被认为是焊接接头的安全焊缝长度。采用焊接接头和直杆对梁、柱、板试件进行了试验。观察了两种钢筋对梁、柱和板的荷载影响,发现当采用100mm焊接接头时,荷载对梁、柱和板的影响几乎相同。
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Assessment of welded splices in beam, column and slab
In this study, the performance of welded splices in RCC member is judged with respect to lapped splices having straight bars. The objective of this experiment is to find out a safe weld length for welded splices which can be used in beam, column and slab. For that, 12 mm, 16 mm and 20 mm (fy = 500 MPa and weldable) rebars were used, having an electrode of E60Ksi. Selected bars were welded together with different welding lengths ranging between 25 to 150 mm and conducted tension and bending tests on them. It was found that 100 mm welding was adequate for all bars. So, this length was considered the safe weld length for welded splices. Specimens of beam, column and slab were prepared and tested with welded splices and straight bars. The effects of load on beam, column and slab for both types of bars were observed and found almost same when 100mm welded splices are used.
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来源期刊
International Journal of Structural Engineering
International Journal of Structural Engineering Engineering-Civil and Structural Engineering
CiteScore
2.40
自引率
23.10%
发文量
24
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