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Original Articles

A new method for fatigue life estimation of steels

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Pages 9-14 | Published online: 05 Nov 2010

References

  • Kato , A. and Ito , K. Damage evaluation using laser speckle sensor . Proceedings of the International Symposium on Advanced Technology in Experimental Mechanics . pp. 189
  • Kato , A. and Ito , K. Damage evaluation of fatigue using laser speckle sensor . Proceedings of the VIII International Congress on Experimental Mechanics . pp. 58
  • Kato , A. and Kawamura , M. Damage monitoring of metal materials by the laser speckle method (measurement of plastic strain) . Proceedings of the Asia Pacific Conference on Fracture and Strength . Vol. 93 , pp. 379
  • Kato , A. and Kawamura , M. 1993b . Measurement of plastic strain in steel specimens by means of intensity distribution of laser speckle . Journal of the Society of Materials Science Japan (in Japanese) , 43 : 696
  • Kato , A. and Kawamura , M. Damage evaluation of steels by laser speckle . Proceedings of the Conference on Advanced Technology in Experimental Mechanics . pp. 221
  • Kato , A. , Kawamura , M. and Nakaya , I. 1995a . Damage monitoring of metal materials by laser speckle assisted by image processing techniques (relationship between distribution of laser speckle and surface properties) . Intemational Journal of the JSME , : 38 249
  • Kato , A. , Kawamura , M. and Ito , K. 1995b . Measurement of plastic strain in steel materials by laser speckle (influence due to the difference of grain size and materials) . Journal of JSNDI (in Japanese) , 44 : 529

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