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Original Articles

Fatigue life diagnosis of steel structures with a fatigue damage sensor

Pages 95-99 | Published online: 08 Jul 2010

References

  • Nihei et al : ‘Development research of structure life prediction method – Report 2: Trial manufacture of crack gauge type fatigue damage sensor’. Pre-printed journal of the 19 th Fatigue Symposium of the Japan Materials Society 1988 266–270.
  • Sakino et al : ‘Crack propagation characteristics of sacrificial test coupons used for cumulative fatigue load estimation’. Collection of lecture papers for Welded Structure Symposium’. 2002 157–160.
  • Fujimoto et al : ‘Development of sacrificial test coupons for early warning of fatigue damage of structures’. Q J the Society of Naval Architects of Japan 1997 182 705 –713.
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  • Nihei et al : ‘Study of estimation of the degree of fatigue damage of existing ships – Development of fatigue damage sensors‘. Collection of Papers for Spring Lecture Meeting of the Kansai Society of Naval Architects, Japan 2000 189–190.
  • Ohgaki et al : ‘Study of experiments on remaining life diagnostic performance for steel bridges using fatigue damage sensors’. The 58 th Annual Science Lecture Meeting of the Japan Society of Civil Engineers 2003 I–559 1117–1118.
  • Muragishi O et al : ‘Remaining life evaluation by fatigue detecting sensor’. SHMII 2003 12 879–886.
  • Nihei: ‘Problems of the hot spot stress calculation method and improvement measure’. 1998 Autumn National Conference Forum of the Japan Welding Society 44–50.
  • Compiled by the Japanese Society of Steel Construction: Fatigue Design Guidelines for Steel Structures/Associated Handbook 1993.

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