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| Special Features: Design Technology for Steel an Composite Structure | ||
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| Special Features: Design Technology for Steel an Composite Structure | ||
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| REVIEW
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An outline of the revision of the Design Standard for Railway Structures (Steel and Composite Structures)  |
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| I.SUGIMOTO, M.IKEDA (1) | ||
| PAPERS
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| Applicability Evaluation of Railway Steel Bridge Composed of Ni-advanced Weathering Steels and High Performance Steel Materials |
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| K.KITA, M.SUGIDATE, I.SUGIMOTO (5) | ||
| Evaluation Method of Buckling Resistances of Steel Members based on the Performance Based Design Method |
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| M.IKEDA, S.EGUCHI, H.KATO (11) | ||
| Fatigue Design with Cumulative Fatigue Damage for Members of Steel Bridge |
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| M.SAITO, Y.KOBAYASHI, I.SUGIMOTO (17) | ||
| Fatigue Design Considering Simultaneous Train Loading On Double-track Bridges |
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| Y.KOBAYASHI, I.SUGIMOTO (23) | ||
| Shear-Capacity Evaluation Method for the Shear Connectors for Composite Girders |
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| M.NAKAHARA, N.TANIGUCHI, M.IKEDA, H.FUKUOKA (29) | ||
| The Design Method of the Continuous Composite Girders that Takes into Consideration Crack Formation of Concrete Slab |
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| @T.MIKI, N.TANIGUCHI, M.NAKAHARA, M.IKEDA (35) | ||
| Verification of Overturning of Girders Under Severe Earthquakes by Simple Analysis Model |
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| T.KURODA, M.IKEDA, A.TOYOOKA (41) | ||
| REVIEWS
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| An Outline of the Standards of Fabrication and Construction for Railway Structures (Steel and Composite Structures) |
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| M.SUGIDATE, Y.KOBAYASHI, I.SUGIMOTO, M.IKEDA@ (47) | ||
| Trial Design and Evaluation for the Revised Design Standard for Steel Structures and Composite Girders |
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| M.NAKAHARA, T.KURODA, K.KITA, M.IKEDA@ (51) | ||
Copyright(c) 2009 Railway Technical Research Institute