地面勘测:减轻基础设施滑坡风险的工具

G. Scarpelli , A. Ferretti , E. Mammoliti , P. Ruggeri , E. Sakellariadi
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引用次数: 0

摘要

最近在意大利中部和南部对桥梁进行监测的经验表明,桥梁在其周边地区直接受到滑坡现象破坏的情况并不常见,这可能是因为桥梁的选址在开始时就经过了非常仔细的选择,也可能是因为已经采取了适当的保护措施,将地质风险降低到可接受的水平。在第一种情况下,定期对建筑进行目视检查可能足以监测地面不稳定现象可能造成的后果,但在第二种情况下,对基础设施和地面进行监测是评估是否存在滑坡与结构相互作用的唯一可能工具,这种相互作用可能会影响其性能和安全。地面调查是滑坡监测和分析的一项基本活动,特别是在需要调查和评估滑坡与基础设施相互作用问题时更是如此。本文通过讨论最近检查的案例研究结果,说明了物理过程知识和选定参数的监测如何成为降低与敏感基础设施相互作用的不稳定现象相关风险的首要工具。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ground investigation: a tool for landslide risk mitigation of infrastructures
Recent monitoring experiences for bridges in Central and South Italy have shown that it is not common for bridges to be directly damaged by landslides phenomena in their vicinities, either because their siting was very carefully selected at the origin or because appropriate protection measures have been taken to reduce geological risk to acceptable levels. In the first case, periodic visual inspections of the manufacts may suffice to monitor possible consequences of ground instability phenomena, but in the second case monitoring of the infrastructure and of the ground is the only possible tool to evaluate the existence of a landslide-structure interaction which can influence its performance and safety. Ground investigation is a fundamental activity for landslide monitoring and analysis, and this is specifically true when a landslide-infrastructure interaction problem needs to be investigated and assessed. By discussing the results from case studies recently inspected, this paper shows how the knowledge of the physical processes and the monitoring of selected parameters are the first irreplaceable tools to mitigate risks associated with instability phenomena interacting with sensitive infrastructures.
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CiteScore
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