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Preliminary Research on Mechanical Properties of FRP-Reinforced Bamboo Beams

机译:FRP加筋竹梁力学性能的初步研究

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FRP bars were used to improve the mechanical properties of bamboo beams for civil engineering without changing the existing bamboo processing technology in this paper. Three bamboo beams, including one control beam and two FRP-reinforced beams were tested. The effects of various types of FRP bars were compared, including CFRP and BFRP. The results show that the ultimate displacements of reinforced specimens are less than the control specimen. The FRP bars can enhance effectively the cross-section stiffness of bamboo beams. CFRP bars can reduce about 30% strain and BFRP bars can also reduce about 10% strain for the tensile bamboo fiber. The FRP bars in the tension zone can share tensile stress of bamboo fiber. The cross-section stiffness still controls the structure design for the FRP bars reinforced bamboo beams.
机译:FRP棒用于改善土木梁的机械性能,而不是在本文的情况下改变现有的竹加工技术。测试了三个竹梁,包括一个控制梁和两个FRP加强梁。比较各种FRP条的效果,包括CFRP和BFRP。结果表明,增强标本的最终位移小于对照样品。 FRP棒可以有效地增强竹梁的横截面刚度。 CFRP棒可以减少约30%的菌株,BFRP棒也可以减少拉伸竹纤维的约10%菌株。张力区的FRP条可以共享竹纤维的拉伸应力。横截面刚度仍然控制FRP棒钢梁的结构设计。

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