Journal of Jilin University(Engineering and Technology Edition) ›› 2023, Vol. 53 ›› Issue (6): 1529-1549.doi: 10.13229/j.cnki.jdxbgxb.20221350

   

Status and prospects of highway transportation infrastructure resilience research

Xiao-ming HUANG(),Run-min ZHAO   

  1. School of Transportation,Southeast University,Nanjing 211189,China
  • Received:2022-10-22 Online:2023-06-01 Published:2023-07-23

Abstract:

Since the concept of resilience was introduced into the field of transportation, resilient transportation has received extensive attention from researchers in the transportation field. Road transportation infrastructures with good resilience can effectively deal with various natural and man-made disasters, and further meet the needs of efficient and safe transportation in the future. In order to clarify the current research status of road transportation infrastructure resilience around the world, the research results of road transportation infrastructure resilience were summarized from the definition, measurement methods, and resilience improvement technologies of road transportation infrastructure, and the future road transportation infrastructure resilience research was discussed especially the development direction and research focuses of resilience improvement technology. The analysis shows that the research on the resilience of road transportation infrastructure mainly focuses on the overall traffic network organization and planning level of the road network. The research on the resilience of the infrastructure structure is relatively scattered, and there is a lack of unified and comprehensive definitions and metrics. In addition, in the research on the catastrophic failure mechanism of structural resilience, there is a lack of a comprehensive research understanding of all elements and the coupling between structural systems, and it is difficult to reveal the chain process and catastrophe characteristics of catastrophic evolution. Therefore, the research on the resilience of future road transportation infrastructure should further reveal the theories and methods of catastrophe analysis of different types of facility structures, and establish a comprehensive and unified definition and measurement standard for the structural resilience of road transportation infrastructures. At the same time, from the perspectives of disaster monitoring, structural safety and resilience improvement, flexible operation and post-disaster recovery, etc., more effective technologies for improving the resilience of road transportation infrastructure should be formed and furtherly promoted in the future.

Key words: highway engineering, resilient transportation, road transportation infrastructures, resilience improvement technology, flexible operation, post-disaster recovery

CLC Number: 

  • U411

Table 1

Definitions of transportation resilience in domestic researches"

文献来源定义
杨超等13预测环境变化、在突发事件中维持稳定运行或实现快速恢复的能力,即稳健性和冗余性。
王兴隆等14交通网络由于外界扰动部分节点失效后节点恢复正常,网络恢复运行的能力。
吕彪等15扰动事件下系统吸收干扰并从干扰中恢复的能力。
马宝奎等16交通运输系统恢复到初始状态或水平的能力。

Fig.1

Resilience of road transportation infrastructure"

Fig.2

Traffic topology network"

Fig.3

Calculation results of size of the largest cluster and mean inverse shortest path length"

Fig.4

SyRes model"

Fig.5

Multi-technology monitoring and warning system"

Fig.6

Rocking isolation resilience structure"

Fig.7

Blocking unit against continuous damage"

Fig.8

Rapid replacement of damaged beams"

Fig.9

Temporary rapid bridging equipment"

Fig.10

Quick repair techniques"

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