Fast Characterization of Fatigue Properties of an Anisotropic Metallic Material: Application to a Puddled Iron from a Nineteenth Century French Railway Bridge

Author:

Mayorga L. Gallegos,Sire S.,Calloch S.,Yang S.,Dieleman L.,Martin J.-L.

Publisher

Elsevier BV

Subject

Applied Mathematics

Reference14 articles.

1. S. Suresh, Fatigue of Materials, Cambridge University Press, Cambridge (UK), Second edition, 1998.

2. S. Sire, C. Doudard & S. Calloch, Determination of the mean fatigue limit of a French railway Bridge puddle iron by self-heating measurements under cyclic loadings, Conference proceedings, IABMAS 2012, Stresa (Italy), July 2012.

3. M. P. Luong, Infrared thermography of fatigue in metals, SPIE, 1682: 222-233, 1992.

4. G. A. Kurilenko, Advanced infrared examining of the metals fatigue, Proceedings of International workshop on Advanced Infrared Technology and Applications, pages 253-262, Capry (Italy), 1996; Atti della Fondazione G. Ronchianno LI.

5. J. -C. Krapez, D. Pacon & C. Bertin, Application of lock-in thermography to a rapid evaluation of the fatigue limit in metals. In Ed. E. Grinzato et Al. Editors, 5th AITA, International workshop on Advanced Infrared Technology and Applications, pages 379-385, Venezia (Italy), 1999.

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