DOI QR코드

DOI QR Code

Prioritization of Anti-Icing Spray System for Active Snow-Removal Works

능동적 제설작업을 위한 염수분사장치 설치 우선순위 선정

  • 양충헌 (한국건설기술연구원 도로연구소, 기술연합대학교대학원 교통물류 및 ITS공학과) ;
  • 김인수 (서울특별시 도시교통본부 교통정책과)
  • Received : 2015.04.15
  • Accepted : 2015.07.30
  • Published : 2015.08.17

Abstract

PURPOSES: This study aims to establish the priority of introducing anti-icing spray system for regions of the National Highways in South Korea. Using this study, a logical plan for instituting such an anti-icing spray system can be established for the National Highways. METHODS : The Analytical Hierarchy Process (AHP) was employed to prioritize the implementation of an anti-icing spray system on Korean highways. For this purpose, an existing scoring table developed by the Ministry of Land, Infrastructure Transport Affair was slightly modified in order to reflect recent trends in winter maintenance. A survey was conducted to gather the preferences regarding the developed hierarchy of road experts and agencies. Finally, the final score was produced by integrating the scoring results with estimated weights for each evaluation criterion. RESULTS: In general, Honam and the metropolitan areas have relatively high priority while other areas such as Chungcheong, Young Nam, and Gang Won appear to be uniform in importance in terms of establishing an anti-icing spray system. This result may indicate that historical weather data and traffic volumes are significant factors in deciding in winter maintenance polices CONCLUSIONS : In this study, useful insights are suggested regarding winter maintenance by simultaneously performing rapid snow removal and proactive treatment. Issues of resource allocation may be potential research items in the field transportation engineering.

Keywords

References

  1. Canadian Highway Research Program, 2000. Anti-Icing and RWIS Technology in Canada, Technical Brief #20.
  2. Choi, Jaewon, Jung, H., Jang, S., 2011. Development of Decision Making Model of Measures on the Decrease of Traffic Accident Following Implementation of Intra-city Bus by using AHP, Journal of the Korean Society of Civil Engineers, Vol. 31. 679-687.
  3. FHWA, 1996. Manual of Practice for an Effective Anti-Icing Program: A Guide for Highway Winter Maintenance Personnel.
  4. FHWA, 2003. Best Practices for Road Weather Management.
  5. FHWA, Anti-Icing Saves Time and Money, FHWA Publication No.: FHWA-SA-96-045 (CS024).
  6. FHWA, A Preemptive Strike on Ice, FHWA Publication No.: FHWA-SA-96-045 (CS010).
  7. FHWA, Beating Winter Storms to the Punch with an Advance Warning System, FHWA Publication No.: FHWA-SA-96-045 (CS015).
  8. FHWA, Saving Money and the Environment, FHWA Publication No.: FHWA-SA-96-045 (CS092).
  9. Korea Expressway Corporation, 2009. Operational Strategies for Anti-Icing Spray System at Vulnerable Road Section for Snow.
  10. Korea Expressway Corporation, 2012. Improvement of Operational Strategies for Anti-Icing Spray System.
  11. NCHRP, 2001. Benefit/Cost Study of RWIS and Anti-icing Technologies.
  12. Oh, Sangyoung, Hong, H., 2007. Combination of Research Methods for Factor Analysis, Journal of the Korea Contents Association, Vol. 7. 202-210.
  13. Yang, Choongheon, Kim, I., Jeon, W., 2012. A Study of Determining Priorities of RWIS Installation, International Journal of Highway Engineering, Vol. 14. 175-182.
  14. Yang, Choongheon, Kim, I., 2012. Evaluation for Operational Efficiency of Road Management Equipment using Analytical Hierarchy Process, Vol. 14. 157-164.

Cited by

  1. Development of a Proactive Anti-Icing System for Driving Zones at Risk During Winter vol.20, pp.5, 2018, https://doi.org/10.7855/IJHE.2018.20.5.113