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Research on the Key Problems of CFRP Cables for Cable-stayed Bridges

机译:斜拉桥CFRP电缆关键问题研究

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The advantages of carbon fiber reinforced polymer (CFRP) composites include excellent corrosion resistance, high specific strength-to-weight and stiffhess-to-weight ratios, as well as outstanding fatigue behavior, which make the material interesting for stay cable systems, especially for future super-long span cable-stayed bridges. However, relative to steel cables, CFRP cables require different design and handling techniques. To anchor CFRP cables for the first cable-stayed bridge in China, a new type of adhesive anchorage was developed. Five cable specimens were tested to validate its anchoring behavior. The results show that the anchorage is reliable and can be applied to the actual CFRP cables. In addition, the methods to manufacture CFRP cables and hang CFRP cables were figured out. Above all, the results of long-term monitoring show that the cables work well.
机译:碳纤维增强聚合物(CFRP)复合材料的优点包括出色的耐腐蚀性,高的比强度/重量比和刚度/重量比,以及出色的疲劳性能,这使该材料成为了斜拉索系统特别是用于电缆的系统。未来的超大跨度斜拉桥。但是,相对于钢缆,CFRP缆索需要不同的设计和处理技术。为了在中国第一座斜拉桥上锚固CFRP电缆,开发了一种新型的粘合剂锚固。测试了五个电缆样本以验证其锚固行为。结果表明,锚固可靠,可应用于实际的CFRP电缆。此外,还提出了制造CFRP电缆和悬挂CFRP电缆的方法。最重要的是,长期监控的结果表明电缆工作良好。

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