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FITNESS FOR SERVICE OF FRP: MOVING TOWARDS BEST PRACTICES

机译:FRP服务的健身:迈向最佳实践

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摘要

A Fitness for Service (FFS) assessment of an asset requires the use of certain best practices to determine whether the asset can continue to operate as intended by its design. Best practices have been shown by research and experience--including empirical data--to reliably lead to a desired result. Often these best practices are formalized through consensus of experts into codes and standards that relate original designs to current condition and provide guidance to engineers and operators. There are currently no industry consensus documents that provide this guidance for fiber reinforced polymers (FRP) assets. This article provides a case study that illustrates how European design standard "glass reinforced plastic (GRP) tanks for use above ground", designation EN 13121 [1] (EN 13121) can be used to calculate expected changes in FRP for FRP vessels. The case incorporates both destructive test results and non-destructive, non-intrusive results from a technique that was discussed in the May/June 2017 and November/December 2017 issues of Inspectioneering Journal [2,3].
机译:服务的健身(FFS)资产的评估需要使用某些最佳实践来确定资产是否可以按照其设计继续运营。研究和经验显示了最佳实践 - 包括经验数据 - 可靠地导致期望的结果。通常,这些最佳实践通过专家协商一致的代码和标准进行了正式化,该规范和标准将原始设计与当前条件相关,并为工程师和运营商提供指导。目前没有行业共识文件,为纤维增强聚合物(FRP)资产提供了这一指导。本文提供了一个案例研究,说明了欧洲设计标准“玻璃增强塑料(GRP)罐以上的地面”,指定EN 13121 [1](EN 13121)可用于计算FRP血管的预期变化。该案件包括讨论于2017年5月/ 6月和2017年11月/ 12月审查期刊[2,3]的技术讨论的技术的破坏性测试结果和非破坏性的非侵入性结果[2,3]。

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