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首页> 外文期刊>Canadian Journal of Civil Engineering >Resilience-based optimization model for maintenance and rehabilitation of pavement networks in a freeze-thaw environment
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Resilience-based optimization model for maintenance and rehabilitation of pavement networks in a freeze-thaw environment

机译:冻融环境下路面网络维护与康复的基于恢复性优化模型

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摘要

According to the Canada infrastructure report 2016, 62.6% of roads in Canada are in a good condition, nevertheless, with current investment rates, significant road networks will suffer a decline in their condition and will be vulnerable to sudden failure. Accordingly, this paper tackles the pavement resilience from an asset management perspective and aims at developing a resilience-based asset management framework for pavement networks. This was carried out through the development of five components: (i) a central database of asset inventory, (ii) a pavement condition and level of service assessment models, (iii) a regression of the effect of freeze-thaw on pavement network, (iv) a financial and temporal models, and (v) an optimization model to formulate the mathematical denotation for the proposed resilience assessment approach and integrate the above components. The model results were promising in terms of maintaining pavement resiliency by selecting a near optimal intervention plan that meets the municipality limitations.
机译:根据《2016年加拿大基础设施报告》,加拿大62.6%的道路状况良好,然而,根据目前的投资率,重要的道路网络将出现状况下降,并容易发生突然故障。因此,本文从资产管理的角度探讨了路面弹性,旨在为路面网络开发基于弹性的资产管理框架。这是通过开发五个组成部分来实现的:(i)资产清单中央数据库,(ii)路面状况和服务水平评估模型,(iii)冻融对路面网络影响的回归,(iv)财务和时间模型,以及(v)一个优化模型,用于为建议的恢复力评估方法制定数学表示,并集成上述组件。通过选择符合市政限制的接近最优干预计划,模型结果在保持路面弹性方面是有希望的。

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