• Title/Summary/Keyword: Networked tunnel

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Design Factors for the Ventilation System of a Networked Double-deck Tunnel (네트워크형 복층 터널 환기 시스템 설계 인자)

  • Park, Sang Hoon;Lee, Seung Jun;Park, Yo Han;Kim, Se Min;Roh, Jang Hoon;Yoo, Yong Ho;Kim, Jin
    • Tunnel and Underground Space
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    • v.26 no.1
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    • pp.32-45
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    • 2016
  • For effective utilization of downtown area, many studies about underground have been performed around the world, and double-deck tunnel have being operated in USA, Europe and China, etc. (A86 East Duplex in France, M30 tunnel project in Spain, SR-99 in seattle, USA, Yangtze river tunnel in China) In Korea, the research about network type double-deck tunnel in deep underground space is in progress to solve the traffic jam and secure the ground space. In this study, a number of factors required for double-deck tunnel in deep underground are analyzed through the existing ventilation design outline and unique ventilation design factors for network type double-deck tunnel are established by reviewing design cases of overseas double-deck tunnel.

A Study on the Standardization of Operation System for Road Tunnels (터널운영시스템 표준화 연구)

  • Kim, Tae-Hyung;Kim, Jin;Keum, Jae-Sung;Tae, Jae-Ho;Kim, Sun-Hong;Hong, Dae-Hie
    • Proceedings of the SAREK Conference
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    • 2008.11a
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    • pp.75-79
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    • 2008
  • Since tunnel construction order was placed one by one, various sensors and actuators installed at the RTU and higher level system in each tunnel maintenance office had their own protocols depending on construction company. The TGMS testbed established on the extended region of Yong-dong Highway, for example, did not have consistent protocol between each automation levels and management levels without considering the functions and/or roles of each level. The management sever in each tunnel was simply networked to the TGMS server. Therefore, it is impossible to implement a new control algorithm as well as to integrate each other since each tunnel was constructed by different company. So, if the construction company is out of business, there is no way to maintain the corresponding tunnel effectively. In order to solve this problem, all the necessary standard protocols was established between automation level and management levels. These interface standards provide the clear classification between individual tunnel system and tunnel management system. So, even if construction company is different, its effect is minimized, so that it is expected to successfully establish PC based TGMS.

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