Assessment of large drystone structures on the Ffestiniog Heritage Railway

Pub Date : 2018-05-04 DOI:10.1080/13556207.2018.1451264
R. Ward
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Abstract

ABSTRACT The Ffestiniog Railway’s drystone retaining walls have far exceeded the expected life of modern drystone structures. The on-site infrastructure team required confidence in the continued operation of the railway as an important feature of North Wales’s industrial history and as a tourist attraction. Due to the individual nature of the Ffestiniog’s walls, application of a standard structural appraisal method to all structures was not appropriate. Geometric surveys and material testing enabled a structural analysis to be completed using the Thrust Line software (designed by Chris Mundell and Paul McCombie), in order to highlight critical or likely failure modes for these complex structures. This stability check combined with site observation, awareness of contributing factors and the experience of site personnel allows a risk-based, tailored condition appraisal procedure to be developed for each of the Railway’s individual drystone walls. In the case of many historic loadbearing drystone structures, complex history, lack of construction records and inability to appraise condition beyond the visible wall face lead to intrusive repair or replacement with a modern alternative, often at significant cost to the asset owner. This piece of work proposed an alternative approach to understanding structural behaviour in order to avoid unnecessary intervention.
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费斯蒂奥格文物铁路上大型干石制构筑物的评估
摘要:菲斯蒂尼奥格铁路的干石挡土墙已经远远超过了现代干石结构的预期寿命。作为北威尔士工业历史的重要特征和旅游景点,现场基础设施团队需要对铁路的持续运营充满信心。由于festiniog墙壁的独特性,对所有结构采用标准的结构评估方法是不合适的。使用Thrust Line软件(由Chris Mundell和Paul McCombie设计)进行几何测量和材料测试,以完成结构分析,以突出这些复杂结构的关键或可能的失效模式。这种稳定性检查结合现场观察、对影响因素的认识和现场人员的经验,可以为铁路的每一面干石墙制定基于风险的、量身定制的状态评估程序。对于许多历史载重干石结构,复杂的历史、缺乏施工记录以及无法评估可见墙面以外的状况,导致了侵入式维修或用现代替代方案进行更换,这通常会给资产所有者带来巨大的成本。这项工作提出了一种理解结构行为的替代方法,以避免不必要的干预。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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