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Material Characterization by Mechanical Point Contact Impact emitted Ultrasound

Josip Stepanic jr.,
Faculty of Mechanical Engineering and Naval Architecture,
University of Zagreb, Croatia

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Abstract

1. INTRODUCTION

2. MATHEMATICAL FORMULATION OF THE PROBLEM

3. MEASUREMENTS

SUMMARY AND CONCLUSIONS

Acknowledgements

References

  1. Krstelj, V.; Stepanic jr., J.: Humanitarian de-mining detection equipment and working group for antipersonnel landmines detection, INSIGHT, Vol 42(3), pp. 187-190,
  2. Krstelj, V.; Stepanic jr., J.: Non-Destructive Testing in Antipersonnel Landmine Detection, MATEST '99, Proceedings, 1999., pp. 109-115,
  3. Ganji, V.; Gucunski, N.; Maher, A.: Detection of Underground Obstacles by SASW Method - Numerical Aspects, Journal of Geotechnical and Geoenvironmental Engineering, Vol. 123(3), 1997., pp. 212-219,
  4. Van Kempen, L. et al.: Digital Signal/Image Processing For Mine Detection. Part 2: Ground based Approach, MINE '99, Firenze, Proceedings, pp. 54-59,
  5. McAslan, A. R. R.; Bryden, A. C.: Humanitarian demining in Southeastern Europe, The Geneva International Centre for Humanitarian Demining, 2000.,
  6. Mason, W. P.: Physical Acoustics and the Properties of Solids, D. Van Nostrand, Princeton , 1958.,
  7. Jaeger, J.: Analytical contact impact phenomena, Applied Mechanics Review, Vol. 47(2), 1994., pp. 35-54,
  8. Markucic, D.; Runje, B.: Reproducibility of Ultrasonic Attenuation Measurement Results, MATEST '99, Proceedings, 1999., pp. 47-52,
  9. Markucic, D.: Possibilities of Material Classification by Means of Ultrasound, these Proceedings.

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