A Study on The Crash Analysis of Guard Rail |
Min, Han-Ki
(성화대학교 항공계열 항공정비학과)
Jung, Jong-An (송원대학 자동차과) Kim, Taeg (전남과학대학 특수장비과) Gook, Jin-Seon (한려대학교 방사선학과) |
1 | Kongju National University, 2002, Performance Evaluation of Dong-A Thrie-Beam Guardrail System for Impact Conditions of 1.5Ton-113km/h - 20° Using Computer Program Barrier VII, Disaster Prevention Research Center Kongju National University. |
2 | Han, S. Y., and Ko, S. H., 2002, "Design of a Protection Fence by Crashworthiness Analysis," Proceedings of the KSMTE Fall Conference 2002, pp. 487-492. |
3 | ITS & Road Environment Division, 2001, Road Safety Facilities Installation and Management Guide(Vehicles Protection Safety Facilities Part), Ministry of Construction & Transportation. |
4 | LS-DYNA, 2003, LS-DYNA User's Manual Version 970, LSTC Inc. |
5 | NCHRP Report 350, 1993, Recommended Procedures for the Safety Performance Evaluation of Highway Features. |
6 | EN, 1998, Road Restraint Systems, EN 1317-1-3, European Committee for Standardization. |
7 | Kongju National University, 2000, Development of Bridge Guardrail System Using High Standard Tubed Thrie-Beam, Disaster Prevention Research Center Kongju National University. |
8 | Road Management Division, 2001, Road Restraint Systems(A Business Manual of Vehicles Protection Safety Facilities Life Size Crash Test), Ministry of Construction & Transportation. |
9 | Ross H. E., 2000, Evaluation of Roadside Features to Accommodate Vans, Minivans, Pickup Trucks and 4 Wheel Drive Vehicles, TTI(Texas A & M University), USA. |
10 | Powell C. H., 1970, Computer Evaluation of Automobile Barrier Systems, U. C. Berkely, USA. |