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Comparison of Tensile Properties of Glass Fibre Reinforced Polymer Rebars by Testing According to Various Standards

机译:根据各种标准测试玻璃纤维增​​强聚合物钢筋拉伸性能的比较

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摘要

The widespread use of glass fibre reinforced polymer (GFRP) bars in reinforced concrete (RC) elements has yet been limited due to the anisotropic and non-homogeneous material behaviour of GFRP. The material characteristics of GFRP bars from different manufacturers vary as a function of several factors. Several standards have developed various procedures to investigate the mechanical characteristics of GFRP bars, but universal methods to test different types and diameters of GFRP bars in tension have not been fully developed. Due to the lack of such a standardized test procedure, there are some doubts and gaps in terms of the behaviour of GFRP bars in tension, which has led to lack of reliable information on their tensile properties. The determination of tensile characteristics of GFRP bars, including the tensile strength, modulus of elasticity, and ultimate strain, according to various test standards, is the main subject of the paper. This paper reports test results for tensile characterization obtained on four types of GFRP bars from four manufacturers with six various diameters. Moreover, the study compares various test procedures according to seven standards to characterize the tensile properties of GFRP bars, to examine the proposed test procedures, and to reveal main differences.
机译:由于GFRP的各向异性和非均匀的材料行为,钢筋混凝土(RC)元件中的玻璃纤维增​​强聚合物(GFRP)棒的广泛使用尚未受到限制。来自不同制造商GFRP棒的材料特性随着几个因素的函数而变化。有几种标准制定了各种程序来研究GFRP棒的机械特性,但张力张力中的GFRP条的不同类型和直径的通用方法尚未完全开发出来。由于缺乏这种标准化的测试程序,就GFRP柱的行为而言,在张力中的行为方面存在一些疑虑和差距,这导致缺乏关于其拉伸性能的可靠信息。根据各种测试标准,GFRP棒的拉伸特性,包括拉伸强度,弹性模量和最终菌株,是纸张的主要主题。本文报告了来自四种制造商的四种GFRP棒获得的拉伸表征的测试结果,其中有六种不同的直径。此外,该研究根据七个标准进行了各种测试程序,以表征GFRP棒的拉伸性能,以检查所提出的测试程序,并揭示主要差异。

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