Brittle crack propagation/arrest behavior in T-joint structure of heavy gauge steel plate

Author:

Handa Tsunehisa,Igi Satoshi,Oi Kenji,Tagawa Tetsuya,Minami Fumiyoshi

Publisher

Springer Science and Business Media LLC

Subject

Metals and Alloys,Mechanical Engineering,Mechanics of Materials

Reference26 articles.

1. Kiji N, Nakajima Y, Yokura T (2005) JSSC 58:13, in Japanese

2. The 193rd Research Committee (SR193 Committee. 1985): Application of 50kgf/mm2 class high strength steel plates made by new steel manufacturing process, Report No. 100, the Shipbuilding Research Association of Japan. (in Japanese)

3. Machida S, Aoki M (1972) Some basic considerations on crack arresters for welded steel structures (the 7th report) with special reference to arrest of an extremely long crack and the design of crack arresters. J Soc Nav Architects Jpn 131:367–378 (in Japanese)

4. Kanazawa T, Machida S, Yajima H, Aoki M (1973) Study on brittle crack arrester. J Soc Nav Architects Jpn SelPap 11:135–147

5. Kanazawa T, Machida S, Teramoto T (1977) Preliminary approaches to experimental and numerical study on fast crack propagation and crack arrest. ASTM STP 627:39–58

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