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Acoustic Emission Related to Nondestructive Testing
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English
Abstract
Acoustic emission technology has developed to the state where broad applications to materials testing and evaluation are evident. The unique characteristics of acoustic emission as they bear on applicability to nondestructive testing are emphasized.
Among the advantages anticipated for the acoustic emission method, two are especially noteworthy:
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1.
Moving inspection upstream in the production process so that bad production can be eliminated before large fabrication and assembly costs are accumulated.
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2.
Economical 100% NDT inspection of finished components or products.
Authors
Citation
Tatro, C., "Acoustic Emission Related to Nondestructive Testing," SAE Technical Paper 720175, 1972, https://doi.org/10.4271/720175.Also In
References
- Kaiser J. Munchen, Germany
- Bunshah R. F. “Techniques of Metals Research 5 New York John Wiley & Sons 1971
- Tatro C. A. “Design Criteria for Acoustic Emission Instrumentation.” Lawrence Livermore Laboratory Livermore, Calif. 1971
- Tatro C. A. “Experimental Considerations for Acoustic Emission Testing.” Materials Research and Standards 11 3 March 1971 17
- Nakamura Y. “Acoustic Emission Monitoring System for Detection of Cracks in a Complex Structure.” Materials Evaluation 29 1 January 1971
- Waite E. V. Parry D. L. “Field Evaluation of Heavy-Walled Pressure Vessels Using Acoustic Emission Analysis.” Materials Evaluation 29 6 June 1971
- Morrison J. J. “A Triaxial Bidirectional Integrating 4-Level Acceleration Amplitude Recorder.” Lawrence Livermore Laboratory Livermore, Calif. 1971
- Dunegan H. L. Harris D. O. “Acoustic Emission -- A New Nondestructive Testing Tool.” Ultrasonics 7 3 160 1969