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국토해양부(2010) 도로교설계기준, 한국도로교통협회.
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Mineo, Takayama (1995) Ultimate Capacity of Natural Rubber Bearings Used in Seismic Isolation System, Architectural Institute of Japan(in Japan), No. 1, pp. 160-165.
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Koji, Nishio, Testuya, Ishihara, Nobufusa, Yanagisawa, Yuichi, Matsubayashi and Takeyoshi, Fujinami (1997) Study on Tensile Performance of Base Isolation Devices; Part 2-Tensile Loading Test of Full Sized High Damping Laminated Rubber Bearing, Summeries of Technical Papers of Annual Meeting Architectural Institute of Japan, pp. 529-530.
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Naoyuki, Iwabe, Mineo, Takayama, Nagahide, Kani and Akira, Wada (2000) Experimental Study on the Effect of Tension for Rubber Bearings, Proceedings of 12th World Conference on Earthquake Engineering.
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Ryuichi, Kato, Kenjiro, Oka and Mineo, Takayama (2003) The Tensile of Natural Rubber Bearings Focused on the Effects of the Steel Flange Plates, ASME Pressure Vessels and Piping Conference.
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Stevenson, A. (1985) Longetivity of Natural Rubber in Structural Bearing, Plastics Rubber Proceeding and Application, Vol. 5, No. 3.
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Kobayashi A.S., Cherepy R.R., and Kinsel W.C. (1964) A Numerical Procedure for Estimating the Stress Intensity Factor for a Crack in a Finite Plate, Journal of Basic Engineering, Vol. 86, pp. 681-684.
DOI
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Shigenobu S., Takafumi F., and Mamoru S. (1990) High Damping Rubber Bearings for Seismic Isolation of Building : 2nd Report-Breaking Tests, Journal of JSME, Vol. 56, No. 523, pp. 141-146.
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Anderson, T.L. (1995) Fracture Mechanics-Foundation and Application, CRC Press, 2nd Edition.
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Alan, N. Gent (1992) Engineering with Rubber-How to Design Rubber Components, 2nd Edition.
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11 |
ISO 22762 (2010) Elastomeric Seismic Protection Isolators Part-1 : Test Methods.
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12 |
ISO 22762 (2010) Elastomeric Seismic Protection Isolators Part-2 : Applications for bridge-specifications.
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