Evaluating material properties by dynamic testing : papers presented at the ESIS TC5 Workshop on the Physical Understanding and Use of Material Properties determined by Dynamic Testing and Standards, Belgian Nuclear research centre SCK/CEN April 28, 1994

著者

    • ESIS TC5 Workshop on the Physical Understanding and Use of Material Properties Determined by Dynamic Testing and Standards ( :1994 : Centré d'étude de l'énergie nucleaire, Belgium)
    • Walle, E. van (...Eric...)

書誌事項

Evaluating material properties by dynamic testing : papers presented at the ESIS TC5 Workshop on the Physical Understanding and Use of Material Properties determined by Dynamic Testing and Standards, Belgian Nuclear research centre SCK/CEN April 28, 1994

edited by E. van Walle

（ESIS Publication, 20）

Mechanical Engineering, 1996

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内容説明・目次

内容説明

This special ESIS publication concentrates on dynamic test standard methods and the analysis of the data they produce. This is a topic of increasing interest and has applications in nuclear power, many areas of transport and military technologies. The papers represent a spectrum views and cover applications to a range of materials. Novel solutions for particular problems are described in detail, for example cases are studied for which only very small material samples are available.

目次

  • Experience with instrumented Charpy test obtained by a DVM round-robin and further developments, W. Boehme
  • variations of the sensitivity of instrumented ISO/DIN- and ASTM- Tups and their influence on the determination of impact energies in tests with ductile steels, J.F. Kalthoff, E. van Walle and G. Wilde
  • static force calibration of Charpy impactors, S. Winkler and B. Voss
  • the use of instrumented impact testing on precracked Charpy specimens in engineering integrity assessment, H.J. Schindler
  • on the use of the instrumented Charpy "V" impact signal for assessment of RPVS embrittlement, A. Fabry, E. van Walle, J. van de Velde, R. Chaouadi, J.L. Puzzolante, Th. van Ransbeeck and A. Verstrepen
  • automated sample preconditioning and placement for instrumented Charpy machines, J. Morfett, A. Pearce, D. Ciriani and P.L. Giles
  • instrumented impact testing in radioactive hot cells, equipment and software, G. Wilde, M. Covic and M. Gregor
  • single specimen fracture toughness determination procedure using instrumented impact test, R. Rintamaa
  • miniature Charpy design optimization for reactor pressure vessel surveillance applications, M.P. Manahan Sr and R.B. Stonesifer
  • assessing service exposed component impact properties by means of miniaturized Charpy specimens, E. Lucon
  • descriptive characteristics of Charpy "V" fracture arrest parameter with respect to crack arrest K12, K. Wallin
  • plane-strain fracture toughness determination using stress field modified miniature specimens, M.P. Manahan Sr
  • the development of an instrumented Charpy impact machine, B.K. Neale
  • analysis of the low-blow Charpy test, S. Winkler, A. Michael and G.B. Lenkey
  • high temperature impact testing, N. Taylor and C. Rinaldi.

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