Size of a Zone Dangerous by Damage at the Root of Cruciform Weld Joint

Author:

Shlepetinskiy Anton Y.,Manzhula Konstantin P.

Publisher

Springer International Publishing

Reference12 articles.

1. Troshchenko VT (ed) (1985) Tsiklicheskie deformatsii i ustalost’ metallov (Cyclic Deformation and Fatigue of Metals). Naukova Dumka, Kiev, in 2 vols (Rus.)

2. Trufiakov VI (ed) (1990) Prochnost’ svarnykh soyedineniy pri peremennykh nagruzkakh (Strength of welded joints at variable loads). Naukova Dumka, Kiev, 256 p (Rus.)

3. Yushkevich VN (1988) Teoriya i metody rascheta kharakteristik soprotivleniya ustalosti elementov stal’nykh konstruktsiy kranov (Theory and methods of calculating fatigue resistance characteristics of steel structure elements of cranes). Leningrad, LPI, 681 p (Rus.)

4. Manzhula KP (1997) Teoriya i metody rascheta soprotivleniya ustalosti metallicheskikh konstruktsiy gruzopod”yemnykh mashin (Theory and methods for calculating fatigue resistance of metal structures of lifting machines). PhD thesis. St-Petersburg, 356 p (Rus.)

5. Manzhula KP (2003) Parametry zon ustalostnogo povrezhdeniya v soyedineniyakh s uglovymi shvami pri rastyazhenii-szhatii (Parameters of the zones of fatigue damage in joints with angular seams at tension-compression). In: Proceedings of the Tula State University. Vol. 4 Hoisting-and-transport machines and equipment. Tula, Publishing House of the Tula State University, pp 207–212 (Rus.)

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