1 |
J. Park, I. Yeo (2009) Air-tightness of Vacuum Tube High-Speed Railway System, Proceeding of the Autumn Conference for Railway, Journal of the Korean Society for Railway, Jeju, Korea
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2 |
Mehta, P. and Monteiro, P. (2005) Concrete: Microstructure, Properties, and Materials, McGraw-Hill.
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3 |
S-K. Oh, K-S. Bae, Y-S. Kim (2004) A Study on the Evaluation of Composite Coatings of Cement and Powder used as Waste Tire and Glass, Journal of Architectural Institute of Korea, 20(3), pp. 47-52.
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4 |
H-S. So, Y-S. Soh (2003) Permeability of Water, Oxygen and Chloride Ion of Concrete Containing Pozzolanic Admixture, Journal of Architectural Institute of Korea, 19(11), pp. 117-124
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5 |
A. Cassat, V. Bourquin, M. Mossi, M. Badoux, D. Vernez, M. Jufer, N. Macabrey, P. Rossel (2003) SWISSMETRO - Project Development Status, International Symposium on Speed-up and Service Technology for Railway and Maglev Systems 2003 (STECH '03), pp. 453-410, Tokyo, Japan.
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6 |
Korea Railroad Research Institute (2009) Development of New Infra-structure Technology for Ultra High Speed Tube Train (PK09001C), Project Report.
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7 |
J. Lee, K.S. Kim, D. Nam, H. Kwon, J.Y. Kim (2008) Performance Requirement and Economic Efficiency for Tube Transportation System, Journal of the Korean Society for Railway, 11(5), pp. 513-518.
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8 |
J. Park, L-H. Kim, S-W. Nam (2011), Air-tightness Evaluation of Tube Structures for Super-speed Tube Railway Systems: II. System Test and Parametric Analysis, Journal of the Korean Society for Railway, 14(2), pp. 151-159.
DOI
ScienceOn
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9 |
Y-J. Kwon, M-H.Kim, S-P.Kang, J-K.Yoo (2001), An Experimental Study on the Air Permeability Effect on Concrete Carbonation, Journal of the Korea Concrete Institute, 13(3), pp. 277-284.
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