ISSN 2096-4498
CN 44-1745/U
Tunnel Construction ›› 2011, Vol. 31 ›› Issue (S1): 123-129.
• wenzhang • Previous Articles Next Articles
TENG MinCheng1, CHIEN Shenwen2, SU Jaulang1
Received:
Revised:
Online:
Published:
Abstract: The risk hidden in the space of long road tunnel could cause serious life loses and transportation system damage. Therefore, how to prevent and decrease the impact of disaster should be considered for the disaster precaution and security management in the long road tunnel area. Disaster rescue is a race against time, and time delay is the key to overall disaster prevention goal. If thinking of disaster rescue only in scenarios of disaster aftermath, then causal system relationships and disaster information delay sequences would not be exhibited. Furthermore, disaster rescues crossorganization coordination, emergency response expatriation, rescue site urgency, and importance fail to realistically reflect overall disaster prevention and rescue systems. This study adopted systematic thinking to consider disaster complexity, crossdiscipline applications, technical research limits, discussed causal relationship of disaster subsystems, studied root problems of disaster prevention and disaster prevention measures, established a qualitative analysis model of systematic structure, in order to avoid buildup of disaster derived sequences. Therefore, overall systematic thinking of disaster prevention strategies and management will aid in creating future dynamic system models and risk management analysis.
Key words: systematic thinking, long tunnel, disaster management
DENG Min-Zheng, JIAN Xian-Wen, SU Zhao-Lang. Study on Disaster Reduction of Long Tunnels[J]. Tunnel Construction, 2011, 31(S1): 123-129.
0 / / Recommend
Add to citation manager EndNote|Ris|BibTeX
URL: http://www.suidaojs.com/EN/
http://www.suidaojs.com/EN/Y2011/V31/IS1/123
Synchronous CastinPlace Construction Technology and Equipment Development for TBM Tunnel Invert Arch
Calculation Method and Application of Initial InSitu Stress Interpolation in Longitudinal Section of DeepBuried Long Tunnel
Smoke Exhaust Structure Type of Emergency Rescue Station of Extralong Tunnel at HighAltitude Plateau Areas
Key Technology and Application of Efficient Tunneling of an Extra-Long Tunnel Bored by Two Tunnel Boring Machines
Physiological Load and Driving Safety for Drivers at Entrance and Exit of an ExtraLong Tunnel
Study on Boring Indexes and Key Issues of Tunnel Boring Machine Cluster Construction of Super-Long Tunnels
Study on Optimization of Emergency Rescue Station of Yuntunbao Tunnel on ChengduLanzhou Railway