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ASTM Selected Technical Papers
Monitoring Structural Integrity by Acoustic EmissionAvailable to Purchase
By
JC Spanner,
JC Spanner
1
Manager
, Nondestructive Testing Engineering, Westinghouse Hanford Co.
, Richland, Wash.
; symposium chairman
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JW McElroy
JW McElroy
2
Research engineer
, Research Division Philadelphia Electric Co.
, Philadelphia, Pa.
; symposium co-chairman
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ISBN-10:
0-8031-0519-3
ISBN:
978-0-8031-0519-5
No. of Pages:
295
Publisher:
ASTM International
Publication date:
1975
eBook Chapter
Acoustic Emission—A Bibliography for 1970–1972 Available to Purchase
By
TF Drouillard
TF Drouillard
1
Senior NDT engineer
, Rocky Flats Division, Dow Chemical U.S.A.
, Golden, Colo. 80401
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Page Count:
44
-
Published:1975
Citation
Drouillard, T. "Acoustic Emission—A Bibliography for 1970–1972." Monitoring Structural Integrity by Acoustic Emission. Ed. Spanner, J, & McElroy, J. 100 Barr Harbor Drive, PO Box C700, West Conshohocken, PA 19428-2959 : ASTM International, 1975.
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The bibliography includes nearly all references in the literature on acoustic emission published during the three-year period, 1970 through 1972. Included in the 412 references are several for each of the associated technologies including: signature analysis, boiling detection, cavitation, leak detection, seismology, and rock mechanics. Information has also been obtained from eight abstracting and indexing services searched in compiling the bibliography. The bibliography has been arranged alphabetically by author and is cross referenced with a list of approximately 400 authors. Also included is a subject index. Technical articles listed were published in some 90 different journals and in 8 different languages.
Bibliography
1.
Agarwal
, A. B. L.
, Frederick
, J. R.
, and Felbeck
, D. K.
, “Detection of Plastic Microstrain in Aluminum by Acoustic Emission
,” Metallurgical Transactions
0026-086X, MTGTB, Vol. 1
, 04
1970
, pp. 1069–1071.2.
Allen
, C. C.
, Lyle
, F. F.
, Jr., and Reinhart
, E. R.
, “Technical Support
,” Task 4, Project II, “In-Service Inspection Program for Nuclear Reactor Vessels
,” Wylie
R. D.
, Ed., SwRI Project 17-2440, Biannual Progress Report No. 7, Southwest Research Institute
, San Antonio, Tex. 25 08
1972
, pp. 65–73, [NTIS: PB-212-144].3.
Amano
, M.
and Ishikawa
, K.
, “In-Service Nondestructive Inspection of Nuclear Reactor Vessel
,” Genshiryoku Kogyo
0433-4035, GKOGA, (Nuclear Engineering, Tokyo), Vol. 17
, 11
1971
, p. 44, (Japanese).4.
Anderson
, R. T.
, and DeLacy
, T. J.
, “Nondestructive Testing of Advanced Composites
,” Metal Progress
, MEPOA, Vol. 102
, 08
1972
, pp. 88–92.5.
Anderson
, T. T.
, “Reactor Surveillance and Monitoring Techniques: Acoustic Surveillance
,” “Instrumentation and Control Activities at Argonne, Annual Report for Period Ending June 30, 1971
,” ANL-7905, Argonne National Laboratory
, Argonne, Ill., 12
1971
, pp. 24–38, [NTIS].6.
Anderson
, T. T.
, Gavin
, A. P.
, Karvinen
, J. R.
, Price
, C. C.
, and Reimann
, K. J.
, “Detecting Acoustic Emission in Large Liquid Metal Cooled Fast Breeder Reactors
,” Acoustic Emission, ASTM STP 505
, American Society for Testing and Materials
, Philadelphia, Pa.
, 1972
, pp. 250–269;paper presented at ASTM Symposium on Acoustic Emission,
Bal Harbour, Fla.
, 7–8 Dec. 1971.7.
Anderson
, T. T.
, Mulcahey
, T. P.
, and Hsu
, C.
, “Survey and Status Report on Application of Acoustic-Boiling-Detection Techniques to Liquid-Metal-Cooled Reactors
,” ANL-7469, Argonne National Laboratory
, Argonne, Ill., 04
1970
.8.
Arii
, M.
, “Characteristics of Acoustic Emission under Electro-Slag Weld Cracking Test
,” Paper No. 6
in Proceedings of the U.S.-Japan Joint Symposium on Acoustic Emission
, Japanese Vol., Japan Industrial Planning Association
, Kawamura-Building 6F, 3-21-6 Akasaka, Minato-ku, Tokyo, Japan 107
, 1972
, (paper in Japanese, abstract available in English);symposium held in
Tokyo, Japan
, 4–6 July 1972.9.
Ashkin
, M.
, “The Scientific Basis of Acoustic Emission
,” Westinghouse Electric Corporation, Research and Development Center
, Pittsburgh, Pa., 1972
;paper presented at the 1972 Institute of Electrical and Electronics Engineers Ultrasonic Symposium,
Boston, Mass.
4–7 Oct. 1972, [paper not published in proceedings];IEEE Transactions on Sonics and Ultrasonics
0018-9537, IESUA, Vol. SU-20
, 01
1973
, p. 48, [abstract only].10.
Astleford
, W. J.
and Schroeder
, E. C.
, “Develop and Deliver a Reactor Noise Simulator
,” Task 5, Project II, “In-Service Inspection Program for Nuclear Reactor Vessels
,” Wylie
R. D.
, Ed., SwRI Project 17-2440, Biannual Progress Report No. 7, Southwest Research Institute
, San Antonio, Tex., 25
08
1972
, pp. 75–89, [NTIS: PB-212-144].11.
Averbukh
, I. I.
and Vainberg
, V. E.
, “Range of Application of Ultrasonic Emission
,” Soviet Journal of Nondestructive Testing
0038-5492, SJNTA, Vol. 8
, July–Aug. 1972, pp. 422–425;Averbukh
, I. I.
and Vainberg
, V. E.
, translated from Defektoskopiya
0130-3082, DEFKA, Vol. 8
, July–Aug. 1972, pp. 49–54, (in Russian).12.
Averbukh
, I. I.
and Vainberg
, V. E.
, “Use of Propagation of Stress Waves for Determining the Thickness of Components
,” Soviet Journal of Nondestructive Testing
0038-5492, SJNTA, Vol. 7
, Jan.–Feb. 1971, pp. 105–106;Averbukh
, I. I.
and Vainberg
, V. E.
, translated from Defektoskopiya
0130-3082, DEFKA, Vol. 7
, Jan.–Feb. 1971, pp. 132–134, (in Russian).13.
Averbukh
, I. I.
, Vainberg
, V. E.
, Chegorinskaya
, O. N.
, and Gradinar
, V. V.
, “Use of Ultrasonic Emission in Nondestructive Inspection
,” Soviet Journal of Nondestructive Testing
0038-5492, SJNTA, Vol. 8.
Jan.–Feb. 1972, pp. 19–23;Averbukh
, I. I.
, Vainberg
, V. E.
, Chegorinskaya
, O. N.
, and Gradinar
, V. V.
, translated from Defektoskopiya
0130-3082, DEFKA, Vol. 8
, Jan.–Feb. 1972, pp. 26–32, (in Russian).14.
Baird
, B. C.
, “Incipient Failure Detection in Antifriction Bearings
,” The Boeing Co.
, Houston, Tex., 1972
;paper presented at the 27th Annual Petroleum Mechanical Engineering and Pressure Vessels and Piping Conference,
New Orleans, La.
, 17–21 Sept. 1972.15.
Balderston
, H. L.
, “The Broad Range Detection of Incipient Failure Using Acoustic Emission Phenomena
,” Acoustic Emission, ASTM STP 505
, American Society for Testing and Materials
, Philadelphia, Pa.
, 1972
, pp. 297–317;paper presented at ASTM Symposium on Acoustic Emission.
Bal Harbour, Fla.
, 7–8 Dec. 1971.16.
Ballard
, D. W.
, “Nondestructive Testing's Contributions to Nation's Materials Needs
,” SC-M-720686, Sandia Laboratories
, Albuquerque, N. Mex., 10
1972
.17.
Barkhoudarian
, S.
and Scott
, C. C.
, “Preliminary Study of Feasibility of Acoustic Detection of Small Sodium-Water Reactions in LMFBR Steam Generators
,” APDA- 256, Atomic Power Development Association, Inc.
, Detroit, Mich., 05
1970
, [NTIS: N71-10403].18.
Barron
, K.
, “Detection of Fracture Initiation in Rock Specimens by the Use of a Simple Ultrasonic Listening Device
,” International Journal of Rock Mechanics and Mining Sciences
1365-1609, IJRMA, Vol. 8
, 1971
, pp. 55–59.19.
Bartle
, P. M.
, “Stress Wave Emission: A Cricital Review of Literature to February 1971
,” Report C329/1/71, The Welding Institute, Abington Hall
, Cambridge, England, 04
1971
.20.
Beatson
, C.
, “When Trouble Cries Out Acoustics Get the Message
,” Engineer
, ENGIA, Vol. 234
, 03
02
1972
, pp. 30–32.21.
Beattie
, A. G.
, “Characteristics of Acoustic Emission Signals Generated by a Phase Transition
,” SC-DC-72-1650. Sandia Laboratories
, Albuquerque, N. Mex., 1972
, [NTIS];1972 Ultrasonics Symposium Proceedings
, Catalog No. 72 CHO 708-8SU, Institute of Electrical and Electronics Engineers, Inc.
, New York
, 1972
, pp. 13–17;symposium sponsored by
U.S. Atomic Energy Commission and Institute of Electrical and Electronics Engineers Group on Sonics and Ultrasonics
, 4–7 Oct. 1972, held in Boston, Mass
.22.
Beattie
, A. G.
and Jaramillo
, R. A.
, “The Measurement of Energy in Acoustic Emission
,” Sandia Laboratories
, Albuquerque, N. Mex., 1972
;Review of Scientific Instruments
0034-6748, RSINA, Vol. 45
, 03
1974
, pp. 352–357.23.
Belisario
, G.
, Capuano
, S.
, and Di Pietro
, A.
, “Su Alcune Caratteristiche Delia Emissione Sonora Durante Prove di Fatica su Vibroforo (Some Characteristics of Sound Emission During Fatigue Tests Performed with a Vibraphone)
,” La Metallurgia Italiana
, MITLA, Vol. 62
, 01
1970
, pp. 11–16, (in Italian);RFP-Trans-127, translated for Dow Chemical USA,
Rocky Flats Division
, Golden, Colo., 1973
, [NTIS].24.
Bell
, R. L.
, “Acoustic Emission Transducer Calibration: Transient Pulse Method
,” Endevco
, Pasadena, Calif., 1972
;paper presented at the American Society for Nondestructive Testing National Fall Conference,
Cleveland, Ohio
, 16–19 Oct. 1972;Technical Report DE 73-3,
Dunegan/Endevco
, Livermore, Calif., 02
1973
.25.
Bellosillo
, S. B.
, “Acoustic Emission: Another Tool for the Materials Analyst.
” Canadian Research and Development
, CRDVA, Vol. 5
, May–June 1972, pp. 23–28,49.26.
Bentley
, P. G.
, Burnup
, T. E.
, Burton
, E. J.
, Cowan
, A.
, and Kirby
, N.
, “Acoustic Emission as an Aid to Pressure Vessel Inspection
,” Paper C30/72
in Proceedings: Institution of Mechanical Engineers
0020-3483, London, England, 1972
, pp. 54–66;paper presented at the Institution of Mechanical Engineers Conference on Periodic Inspection of Pressure Vessels,
London, England
, 9–11 May 1972.27.
Bentley
, P. G.
, Burnup
, T. E.
, Dawson
, D. G.
, and Parker
, J.
, “Acoustic Emission Measurements in Large Industrial Pressure Vessels
,” United Kingdom Atomic Energy Authority, Risley Engineering and Materials Laboratory
, Risley, Warrington, Lancashire, England, 1972
;paper presented at the Institute of Physics Conference on Acoustic Emission, London, England,
14
03
1972
.28.
Bentzen
, F. L.
, “Operation and Disposal,” Task 3, Project II, “In-Service Inspection Program for Nuclear Reactor Vessels
,” Wylie
R. D.
, Ed., SwRI Project 17-2440, Biannual Progress Report No. 7, Southwest Research Institute
, San Antonio, Tex., 25
08
1972
, pp. 53–64, [NTIS: PB-212-144].29.
Bentzen
, F. L.
and Mullen
C. V.
, “Development of a Nondestructive Test Method Evaluation Facility
,” Task 1, Project II, “In-Service Inspection Program for Nuclear Reactor Vessels
,” Wylie
R. D.
, Ed., SwRI Project 17-2440, Biannual Progress Report No. 4, Southwest Research Institute
, San Antonio, Tex., 07
01
1971
, pp. 10–17, [NTIS: PB-198-274].30.
Bentzen
, F. L.
and Mullen
, C. V.
, “Development of a Nondestructive Test Method Evaluation Facility: Design
,” Task 1, Project II, “In-Service Inspection Program for Nuclear Reactor Vessels
,” Wylie
R. D.
, Ed., SwRI Project 17-2440, Biannual Progress Report No. 5, Southwest Research Institute
, San Antonio, Tex., 28
05
1971
, pp. 22–23, [NTIS: PB-200-518].31.
Bill
, R. C.
, “An Acoustic Emission Study of the Deformation Mechanisms of Poly crystalline Aluminum and Copper
,” Ph.D. thesis, University of Michigan
, Ann Arbor, Mich., 1970
;University Microfilms 71-15,095.
32.
Bill
, R. C.
and Frederick
, J. R.
, “Use of Acoustic Emission in Nondestructive Testing: Fourth Semiannual Report 01971-4-P March 1, 1970-August 31, 1970
,” Advanced Research Projects Agency Contract F33615-68-C-1703, University of Michigan, Department of Mechanical Engineering
, Ann Arbor, Mich., 12
1970
, [NTIS: AD-879-708].33.
Birchon
, D.
, Warren
, R. H.
, Dukes
, R.
, and England
, J.
, “Some Aspects of the Detection, Processing and Interpretation of Stress Waves in Structural Materials
,” Admiralty Materials Laboratory, Holton Heath
, Poole, Dorset, England, 1972
;paper presented at the Institute of Physics Conference on Acoustic Emission,
London, England
, 14
03
1972
.34.
Birchon
, D.
, Warren
, R. H.
, and Wingfield
, P. M.
, “Structural Validation: A Positive Approach to NDT
,” Chartered Mechanical Engineer
0009-191X, CHMGA, Vol. 19
, 06
1972
, pp. 54–60.35.
Blake
, H. W.
and Davenport
, C. M.
, “Acoustic Flaw Triangulation on a Thin Spherical Shell: An Analytical Solution
,” Y-1806, Union Carbide Corporation, Oak Ridge Y-12 Plant
, Oak Ridge, Tenn., 30
12
1971
.36.
Blalock
, P. J.
, “Give Your Rotating Equipment a Physical
,” Dow Chemical U.S.A., Louisiana Division
, Plaquemine, La., 1972
;paper presented at American Society for Nondestructive Testing National Fall Conference,
Cleveland, Ohio
, 16–19 Oct. 1972.37.
Boiko
, V. S.
, Garber
, R. I.
, Krivenko
, L. F.
, and Krivulya
, S. S.
, “Acoustic Radiation by Twinning Dislocations
,” Soviet Physics: Solid State
0038-5654, SPSSA, Vol. 12
, 12
1970
, pp. 1387–1388;Boiko
, V. S.
, Garber
, R. I.
, Krivenko
, L. F.
, and Krivulya
, S. S.
, translated from Fizika Tverdogo Tela
0367-3294, FTVTA, Vol. 12
, 06
1970
, pp. 1735–1755, (in Russian).38.
Boiko
, V. S.
, Garber
, R. I.
, Krivenko
, L. F.
, and Krivulya
, S. S.
“Sound Emission of Twinning Dislocations During their Emergence from the Crystal
,” Soviet Physics: Solid State
0038-5654, SPSSA, Vol. 11
, 06
1970
, pp. 3041–3042;Boiko
, V. S.
, Garber
, R. I.
, Krivenko
, L. F.
, and Krivulya
, S. S.
translated from Fizika Tverdogo Tela
0367-3294, FTVTA, Vol. 11
, 12
1969
, pp. 3624–3626, (in Russian).39.
Bolotin
, Yu. I.
, Greshnikov
, V. A.
, Gusakov
, A. A.
, Drobot
, Yu. B.
, and Chentsov
, V. P.
, “Use of Stress Wave Emission for Nondestructive Testing of Materials and Articles
,” Soviet Journal of Nondestructive Testing
0038-5492, SJNTA, Vol. 7
, Nov.–Dec. 1971, pp. 617–632;Bolotin
, Yu. I.
, Greshnikov
, V. A.
, Gusakov
, A. A.
, Drobot
, Yu. B.
, and Chentsov
, V. P.
, translated from Defektoskopiya
0130-3082, DEFKA, Vol. 7
, Nov.–Dec. 1971, pp. 5–25, (in Russian).40.
Boultinghouse
, K. D.
, “A Stress Corrosion-Environmental Load Frame and Instrumentation
,“ SC-DR-710845, Sandia Laboratories
, Albuquerque, N. Mex., 01
1972
.41.
Brigman
, G. H.
, “Theoretical Study of Acoustic Wave Generation by Friction
,” 1970 Applied Research Program
, Research Summary APR-15, General Dynamics, Convair Aerospace Division
, Fort Worth, Tex.
, pp. 317–318.42.
Brindley
, B. J.
, Harrison
, R. P.
, and Palmer
I. G.
, “A Study of Acoustic Emission from Mild Steel
,” Laboratory Memorandum No. RD/L/M 381, Central Electricity Research Laboratories
, Leatherhead, Surrey, England, 27
07
1972
;paper presented at the Annual Meeting of the International Institute of Welding,
Toronto, Canada
, 13
07
1972
.43.
Brindley
, B. J.
and Harrison
, R. P.
, “Acoustic Emission Characteristics of a Mild Steel
,” Laboratory Note No. RD/L/N 137/72, Central Electricity Research Laboratories
, Leatherhead, Surrey, England, 15
06
1972
.44.
Brown
, A. E.
and Liptai
, R. G.
, “Round-Robin Testing of Acoustic Emission Source
,” UCRL-73272, Lawrence Radiation Laboratory
, Livermore, Calif., 29
06
1970
;Acoustic Emission, ASTM STP 505
, American Society for Testing and Materials
, Philadelphia, Pa.
, 1972
, pp. 318–331;paper presented at ASTM Symposium on Acoustic Emission,
Bal Harbour, Fla.
, 7–8 Dec. 1971.45.
Buchman
, P.
, “On Acoustic Emission from Ferroelectric Crystals
,” Solid-State Electronics
0038-1101, SSELA, Vol. 15
, 01
1972
, pp. 142–144.46.
Bunnell
, L. R.
, Crowe
, J. C.
, and Hart
, P. E.
, “Acoustic Emission Monitoring of Surface-Damaged Ceramic Materials
,” The Science of Ceramic Machining and Surface Finishing
, Schneider
S. J.
and Rice
R. W.
, Eds., NBS-SP-348, 05
1972
, pp. 341–342, proceedings of a Symposium sponsored by American Ceramic Society, Office of Naval Research, and National Bureau of Standards
, held at NBS, Gaithersburg, Md.
, 2–4 Nov. 1970, [NTIS: N72-29492 20-15].47.
Bustin
, W. M.
, “Pipeline Leak Detector
,” U.S. Patent 3,503,433,28 04
1970
.48.
Chambers
, R. H.
and Hoenig
, S. A.
, “New Techniques in Nondestructive Testing by Acoustical and Exo-Electron Emission: Semiannual Progress Report, 1 September 1969–30 April 1970
,” Advanced Research Projects Agency Contract F33615-68-C1707, University of Arizona, Engineering Experiment Station
, Tucson, Ariz., 30
04
1970
, [NTIS: AD-720-358].49.
Chance
, R.
, “Acoustic Emission In-Process Electron Beam (EB) Weld Inspection Technique
,” Note No. ADN 09-01-70.4, Grumman Aerospace Corporation
, Advanced Development Program, Bethpage, N. Y., 11
1970
, [NTIS: AD-884-729 (USGO)].50.
Chrétien
, J. F.
and Chrétien
, N.
, “A Bibliographic Survey of Acoustic Emission
,” Non-Destructive Testing
, NDETA, Vol. 5
, 08
1972
, pp. 220–224.51.
Chrétien
, N.
and Bernard
, P.
, “L'Emission Acoustique: Technique Houvelle de Contrôle de Qualité (Acoustic Emission: Technique for Quality Control)
,” Qualité, Revue Pratique de Controle Industriel
, ORPCA, Vol. 11
, 11
1972
, pp. 33–37, (in French).52.
Chrétien
, N.
and Miannay
, D.
, “Émission Acoustique (Acoustic Emission)
,” Commissariat a l'Energie Atomique, Centre d'Etudes Nucleaires de Saclay
, Gif-sur-Yvette, France
, 12
1972
, (in French), [NTIS: CEA-CONF-2188].53.
Compton
, M. R.
, “A Real-Time Software Operating System for a Computer Controlled Acoustic Emission Flaw Detector
,” BNWL-SA-4501, Battelle-Northwest, Richland, Wash., 09
1972
;paper presented at the American Society for Nondestructive Testing National Spring Conference,
Los Angeles, Calif.
, 12–15 March 1973;Materials Evaluation
0025-5327, MAEVA, Vol. 31
, 07
1973
, pp. 121–127.54.
Corle
, R. R.
and Schliessmann
, J. A.
, “Flaw Detection and Characterization Using Acoustic Emission
,” Lockheed Propulsion Company
, Redlands, Calif., 1972
;paper presented at American Society for Nondestructive Testing National Fall Conference,
Cleveland, Ohio
, 16–19 Oct. 1972;Materials Evaluation
0025-5327, MAEVA, Vol. 31
, 06
1973
, pp. 115–120.55.
Cox
, B.
, “A Correlation Between Acoustic Emission During SCC and the Fractography of Cracking of the Zircaloys in Various Media
,” Corrosion
, CORRA, Vol. 28
, 12
1972
, p. 473, [abstract only];paper presented at the Corrosion Research Conference,
Anaheim, Calif.
, 19–21 March 1973.56.
Crimmins
, P. P.
, “Development of a Nondestructive Testing Technique to Determine Flaw Criticality
,” Advanced Research Projects Agency Contract F33615-68-C-1705, Aerojet Solid Propulsion Company
, Sacramento, Calif., 09
1970
, [NTIS: AD-875-390].57.
Cross
, N. O.
, “Acoustic Emission Technique for Insuring Safe Hydrostatic Tests of Pressure Vessels
,” ASME Publication 70-PET-31, American Society of Mechanical Engineers
, N. Y., 1970
.58.
Cross
, N. O.
, “A Users Experience and Views on Acoustic Emission Testing of Pressure Vessels
,” ESSO Research and Engineering Company
, Florham Park, N. J., 1972
;paper presented at the 27th American Society of Mechanical Engineers Petroleum Mechanical Engineering Conference,
New Orleans, La.
, 17–21 Sept. 1972.59.
Cross
, N. O.
, Loushin
, L. L.
, and Thompson
, J. L.
, “Acoustic Emission Testing of Pressure Vessels for Petroleum Refineries and Chemical Plants
,” Acoustic Emission, ASTM STP 505
, American Society for Testing and Materials
, Philadelphia, Pa.
, 1972
, pp. 270–296;paper presented at ASTM Symposium on Acoustic Emission,
Bal Harbour, Fla.
, 7–8 Dec. 1971.60.
Crowe
, J. C.
, “Techniques for Nondestructive Evaluation of Radioactive Waste Capsule End Cap Welds
,” BNWL-SA-3758. Battelle-Northwest
, Richland, Wash., 02
1971
, [NTIS];Materials Evaluation
0025-5327, MAEVA, Vol. 30
, 05
1972
, pp. 93–98;paper presented at American Society for Nondestructive Testing Spring Conference,
Los Angeles, Calif.
, 8–11 March 1971.61.
Curtis
, G. J.
, “Evaluation of Adhesion by Ultrasonic Techniques
,” Ultrasonics for Industry 1970: Conference Papers
, Iliffe Science and Technology Publications Ltd.
, Surrey, England
, pp. 59–62, conference held in London, England
, 20–21 Oct. 1970.62.
D'Annessa
, A. T.
and Owens
, J. S.
, “Acoustic Emission Characteristics of Heat Treat Cracking in René 41 Weldments
,” Welding Journal
, WEJUA, Vol. 51
, 03
1972
, pp. 156S–168S.63.
D'Annessa
, A. T.
and Owens
, J. S.
, “Procedures for Avoiding Heat-Treat Cracking in Nickel-Base Superalloy Weldments
,” AFML-TR-70-224, Lockheed-Georgia Company
, Marietta, Ga., 1970
.64.
Dau
, G. J.
, “The Sounds of Failure
,” Industrial Research
, IDRSA, Vol. 13
, 04
1971
, pp. 40–44.65.
Davis
, T. J.
, “Electronic Interference Reduction in Acoustic Emission Testing
,“ BNWL-1596, Battelle-Northwest, Richland, Wash., 11
1971
, [NTIS].66.
De Atley
, E.
, “ ‘Listening’ to Metal for Telltale Signs of Wear
,” Electronic Design
, ELODA, Vol. 18
, 01
09
1970
, p. 30.67.
DeKanter
, J. C. F.
, “Sprekend Materiaal: Stand van Zaken van een Veelbelovende Teckniek de Akoestische Emissie Analyse (Emitting Materials: State of Affairs of a Very Promising Technique: the Acoustic Emission Analysis)
,” Laboratorium voor Metaalkunde
, Technische Hogeschool Delft
, The Netherlands, Fall1971
, (in Dutch);RFP-Trans-101, translated for Dow Chemical U.S.A.,
Rocky Flats Division
, Golden, Colo., 08
1972
, [NTIS].68.
Dowden
, W. A.
, “Acoustic Emission for Nondestructive Testing: A Reading List
,” The Nondestructive Testing Centre, Atomic Energy Research Establishment
, Harwell, Berkshire, England, 07
1970
.69.
Dreiman
, N. I.
, “Sound Emission by Metals and Alloys
,” Industrial Laboratory
, INDLA, Vol. 38
01
1972
, pp. 52–54;Dreiman
, N. I.
translated from Zavodskaya Laboratoriya
0321-4265, ZYDLA, Vol. 38
, 01
1972
, pp. 46–47, (in Russian).70.
Drouillard
, T. F.
, “Crack Detection in PIGMA Welding of Beryllium
.” Dow Chemical U.S.A., Rocky Flats Division
, Golden, Colo., 04
1971
;paper presented at the 7th Acoustic Emission Working Group Meeting,
Atlanta, Ga.
, 20–21 May 1971.71.
Drouillard
, T. F.
, “Presentation of Acoustic Emission Test Data from Welded Beryllium Fracture Specimens
,” RFP-1617, Dow Chemical Company, Rocky Flats Division
, Golden, Colo., 02
11
1970
;paper presented at the 6th Acoustic Emission Working Group Meeting,
Argonne, Ill.
, 12–13 Nov. 1970.72.
Drouillard
, T. F.
, “The Sound of Imminent Failure
,” Dow Chemical U.S.A., Rocky Flats Division
, Golden, Colo., 12
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;paper presented at the 10th Acoustic Emission Working Group Meeting,
Pasadena, Calif.
, 6–8 Dec. 1972.73.
Dunegan
, H. L.
, “Acoustic Emission Testing of 12-Nickel Maraging Steel Pressure Vessels
,” 07
06
1970
, Appendix B, pp. B-1–B-18, “Development of Optimum TIG Welding Procedures for Production of Weldments in 12% Nickel Maraging Steel
,” P. M. Schmidt and R. S. Snow, NASA CR-72981, General Dynamics/Electric Boat Division
, Groton, Conn., 07
1971
;Technical Report DE-73-1,
Dunegan/Endevco
, San Juan Capistrano, Calif., 1973
,[see Ref ]
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, 1973
, pp. 635–642, conference held in San Antonio, Tex
, 1–4 Oct. 1973.74.
Dunegan
, H. L.
, “Incipient Failure Diagnosis by Use of Acoustic Emission
,“ Dunegan Research Corporation
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;paper presented at the 11th Meeting of the Mechanical Failures Prevention Group,
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, 7–8 April 1970.75.
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, H. L.
, Brown
, A. E.
, and Knauss
, P. L.
, “Differential Transducer
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Dunegan
, H. L.
and Green
, A. T.
, “Factors Affecting Acoustic Emission Response from Materials
,” Materials Research and Standards
0025-5394, MTRSA, Vol. 11
, 03
1971
, pp. 21–24;Acoustic Emission, ASTM STP 505
, American Society for Testing and Materials
, Philadelphia, Pa.
, 1972
, pp. 100–113;paper presented at ASTM Symposium on Acoustic Emission,
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Dunegan
, H. L.
, Harris
, D. O.
, and Tetelman
, A. S.
, “Detection of Fatigue Crack Growth by Acoustic Emission Techniques
,” UCRL-71457, Lawrence Radiation Laboratory
, Livermore, Calif., 10
03
1969
;Proceedings of the 7th Symposium on Nondestructive Evaluation of Components and Materials in Aerospace, Weapons Systems and Nuclear Applications
, Western Periodicals Company
, North Hollywood, Calif.
, 07
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, pp. 20–31;symposium held in
San Antonio, Tex.
, 23–25 April 1969;Materials Evaluation
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, pp. 221–227.78.
Dunegan
, H. L.
and Tatro
, C. A.
, “Acoustic Emission Effects During Mechanical Deformation
,” Chapter 12, pp. 273–312, Techniques of Metals Research
, Bunshah
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, Ed., Vol. 5
, Part 2, Interscience Publishers
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.79.
Dunegan
, H. L.
and Tetelman
, A. S.
, “Acoustic Emission
,” Research/Development
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, 05
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, pp. 20–24.80.
Dunegan
, H. L.
and Tetelman
, A. S.
, “Acoustic Emission: Noise Detection on Stressed Materials as Non-Destructive Testing Tool
,” Materialprufung
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, 05
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, pp. 153–155, (in German), [German translation of Ref ].81.
Dunegan
, H. L.
and Tetelman
, A. S.
, “Non-Destructive Characterization of Hydrogen-Embrittlement Cracking by Acoustic Emission Techniques
,” UCRL-71654. Lawrence Radiation Laboratory
, Livermore, Calif., 10
11
1969
, [NTIS];Engineering Fracture Mechanics
0013-7944, EFMEA, Vol. 2
, 1971
, pp. 387–402;Technical Bulletin DRC-106,
Dunegan Research Corporation
, Livermore, Calif.;paper presented at
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, Philadelphia, Pa., 13–16 Oct. 1969.82.
Egle
, D. M.
, Mitchell
, J. R.
, Bergey
, K. H.
, and Appl
, F. J.
, “Acoustic Emission for Monitoring Fatigue Crack Growth
,” Advances in Instrumentation
, Vol. 27
, Part 2, Instrument Society of America
, Pittsburgh, Pa.
, 1972
, pp. 638–1 to 638–7, proceedings of the 27th Annual ISA Conference, N. Y.
, 9–12 Oct. 1972;ISA Transactions
0019-0578, ISATA, Vol. 12
, 1973
, pp. 368–374.83.
Eisenblätter
, J.
, “Acoustic Emission as a Non-Destructive Testing Method for Detection of Incipient Failures in Nuclear Reactor Pressure Vessels
,” Battelle-Institut e.V., Frankfurt am Main
, Germany
;Eisenblätter
, J.
, Proceedings of the 1st International Conference on Structural Mechanics in Reactor Technology
, EUR 4820, Vol. 4
, Commission of the European Communities
, Brussels, Belgium
, 1972
, pp. 529–530;conference held in
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, 20–24 Sept. 1971.84.
Eisenblätter
, J.
, Heide
, W.
, Jöst
, H.
, and Klot
, R. V.
, “Forschungsarbeiten zur Kontinuierlichen Überwachung der Riszausbreitung in Druckbehältern, Tiel II: Weitere Untersuchunger über die bei der Riszausbreitung Emittierten Schallwellen (Research Work on the Continuous Monitoring of Crack Extension in Pressure Vessels. Part 2: Further Investigations in Respect to the Acoustic Waves Emitted During Crack Extension)
,” Research Report 31/1, Battelle-Institut e.V.
, Frankfurt am Main, Germany. 03
1971
, (in German);Risley-TR-2161, translated for
Risley Engineering and Materials Laboratory
, U.K.A.E.A., Risley, Warrington, Lancashire, England, 28
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, [Avail: National Lending Library for Science and Technology
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Engle
, R. B.
and Dunegan
, H. L.
, “Acoustic Emission: Stress Wave Detection as a Tool for Nondestructive Testing and Material Evaluation
,” UCRL-71267, Lawrence Radiation Laboratory
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09
1968
, [NTIS];International Journal of Nondestructive Testing
0020-7470, IJNTA, Vol. 1
, 06
1969
, pp. 109–125;Physics and Nondestructive Testing
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, pp. 165–181.86.
Ewing
, R. C.
, “Acoustic-Emission Tests Reveal Critical Vessel Flaws
,” Oil and Gas Journal
0030-1388, OIGJA, Vol. 69
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Finkel
, V. M.
, Guz
, I. S.
, Kutkin
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, and Bazaikin
, V. I.
, “Recording of Rayleigh Waves Generated by a Moving Crack
,” Industrial Laboratory
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, pp. 288–289;Finkel
, V. M.
, Guz
, I. S.
, Kutkin
, I. A.
, and Bazaikin
, V. I.
, translated from Zavodskaya Laboratoriya
0321-4265, ZVDLA, Vol. 36
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, pp. 216–217, (in Russian).88.
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, V. M.
, Guz
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, Kutkin
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, and Volodarskii
, A. Ya.
, “Generation of Rayleigh Waves by a Moving Crack
,” Soviet Physics-Solid State
0038-5654, SPSSA, Vol. 12
, 02
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, pp. 1837–1840;Finkel
, V. M.
, Guz
, I. S.
, Kutkin
, I. A.
, and Volodarskii
, A. Ya.
, “Generation of Rayleigh Waves by a Moving Crack
,” translated from Fizika Tverdogo Tela
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1970
, pp. 2300–2305, (in Russian).89.
Fitz-Randolph
, J. M.
, “Acoustic Emission Characterization of the Fracture Process in a Boron-Epoxy Composite
,” M. S. thesis, University of California at Los Angeles
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Fitz-Randolph
, J. M.
, Phillips
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, Beaumont
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, “Acoustic Emission Studies of a Boron-Epoxy Composite
,” Journal of Composite Materials
0021-9983, JCOMB, Vol. 5
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Fitz-Randolph
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, Phillips
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, and Tetelman
, A. S.
, “The Fracture Energy and Acoustic Emission of a Boron-Epoxy Composite
,” Journal of Materials Science
0022-2461 , JMTSA, Vol. 7
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Fontana
, M. G.
and Graff
, K. F.
, “Corrosion Cracking of Metallic Materials, Part II, Acoustic Emission: Experiment and Theory
,” AFML-TR-72-102, Part II, Ohio State University, Department of Metallurgical Engineering
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, [NTIS: AD-751-529 or N73-16570].93.
Forestier
, R.
, “Etude dans le domaine plastique, la Metallo-Dyno-Phonie: procédé d'investigations et de contrôle application aux tractions uniaxiale et triaxée (A Study in the Plastic Domain, Metallo-Dyno-Phonic: A Process of Investigation and Control with Application to Uniaxial and Triaxial Tractions)
,” C795-CPS Paris 6-72, OTUA (Office Technique pour l'Utilisation de l'Acier
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, (in French);RFP-Trans-124, translated for Dow Chemical U.S.A.,
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Fowler
, K. S.
, “Acoustic Emission Simulation Test Set
,” Materials Research and Standards
0025-5394, MTRSA, Vol. 11
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, pp. 35–36.95.
Fowler
, K. A.
, “Acoustic Emission Transducers and an Experimental Method of Verifying Their Performance
,” Technical Memorandum No. 5, Panametrics
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1970
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Fowler
, K. A.
and Papadakis
, E. P.
, “Observation and Analysis of Simulated Ultrasonic Acoustic Emission Waves in Plates and Complex Structures
,” Acoustic Emission, ASTM STP 505
, American Society for Testing and Materials
, Philadelphia, Pa.
, 1972
, pp. 222–237;paper presented at ASTM Symposium on Acoustic Emission,
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, 7–8 Dec. 1971.97.
Frederick
, C. L.
, “Acoustic Emission Monitoring of Welds
,” Nortec Corporation
, Richland, Wash., 1972
;paper presented at U.S.-Japan Joint Symposium on Acoustic Emission, sponsored by Japan High Pressure Institute and Japanese Society for Non-Destructive Inspection,
Tokyo, Japan
, 4–6 July 1972;paper presented at American Society for Nondestructive Testing National Fall Conference,
Cleveland, Ohio
, 16–19 Oct. 1972.98.
Frederick
, C. L.
, “Acoustic Information Analysis
,” Nortec Corporation
, Richland, Wash., 1972
;paper presented at U.S.-Japan Joint Symposium on Acoustic Emission, sponsored by Japan High Pressure Institute and Japanese Society for Non-Destructive Inspection,
Tokyo, Japan
, 4–6 July 1972.99.
Frederick
, J. R.
, “Acoustic Emission As a Technique for Nondestructive Testing
,” Materials Evaluation
0025-5327, MAEVA, Vol. 28
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, pp. 43–47.100.
Frederick
, J. R.
, “Use of Acoustic Emission in Nondestructive Testing: Third Semiannual Report 01971-3-P, September 1, 1969–February 28, 1970
,” Advanced Research Projects Agency Contract F33615-68-C-1703, University of Michigan, Department of Mechanical Engineering
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Frederick
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, “Use of Acoustic Emission in Nondestructive Testing
,” AFML-TR-72-114, Final Report, University of Michigan, Department of Mechanical Engineering
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Frederick
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and Felbeck
, D. K.
, “Dislocation Motion as a Source of Acoustic Emission
,” Acoustic Emission, ASTM STP 505
, American Society for Testing and Materials
, Philadelphia, Pa.
, 1972
, pp. 129–139;paper presented at ASTM Symposium on Acoustic Emission,
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, 7–8 Dec. 1971.103.
Freund
, L. B.
, “The Initial Wave Front Emitted by a Suddenly Extending Crack in an Elastic Solid
,” Journal of Applied Mechanics, Transactions of the ASME
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, pp. 601–602.104.
Fritsche
, G. R.
and Strauss
, B. M.
, “Use of the SEM in Correlating Acoustic Emissions with Prefracture Processes
,” Scanning Electron Microscopy/1971
, Johari
O.
and Corvin
I.
, Eds., Part 1, IIT Research Institute
, Chicago, Ill.
, 1971
, pp. 129–136,proceedings of the 4th Annual Scanning Electron Microscope Symposium,
Chicago, Ill.
, 27–29 April 1971.105.
Fry
, D. N.
, Kryter
, R. C.
, and Robinson
, J. C.
, “Investigation of Boiling Detection in the HFIR Using Out-of-Core Instrumentation
,” IEEE Transactions on Nuclear Science
0018-9499, IETNA, Vol. NS-18
, Part-1, 02
1971
, pp. 345–350;paper presented at Institute of Electrical and Electronics Engineers 2nd Nuclear Power Systems Symposium,
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, 4–6 Nov. 1970.106.
Fuji
, T.
, “Report of Acoustic Emission Study Group Visited to U.S.A.
.” Journal of N.D.I.
(Hi-Hakai Kensa, Japan), HIHKA, Vol. 21
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, pp. 242–247, (in Japanese).107.
Fuji
, T.
and Mori
, T.
, “Analysis and Application of Delayed Cracking by Use of Acoustic Emission
,” Paper No. 11
in Proceedings of the U.S.-Japan Joint Symposium on Acoustic Emission
, Japanese Vol., Japan Industrial Planning Association
, Kawamura-Building 6F, 3-21-6 Akasaka, Minato-ku, Tokyo, Japan 107
, 1972
, (paper in Japanese, abstract available in English);symposium held in
Tokyo, Japan
, 4–6 July 1972.108.
Fujimura
, T.
, “Applicability of the Acoustic Emission Method of the Reactor Pressure Vessel
,” Paper No. 7
in Proceedings of the U.S.-Japan Joint Symposium on Acoustic Emission
, Japanese Vol., Japan Industrial Planning Association
, Kawamura-Building 6F, 3-21-6 Akasaka, Minato-ku, Tokyo, Japan 107
, 1972
, (paper in Japanese, abstract available in English);symposium held in
Tokyo, Japan
, 4–6 July 1972.109.
Gatti
, A.
, Mehan
R., L.
, and Noone
, M. J.
, “Development of a Process for Producing Transparent Spinel Bodies
,” Naval Air Systems Command Contract N00019-71-C-0126, Final Report, General Electric Company, Space Division
, Philadelphia, Pa., 12
1971
, [NTIS:AD-736-980].110.
Gavin
, A. P.
and Anderson
, T. T.
, “High-Temperature Acoustic Sensors for Boiling Detection
,” IEEE Transactions on Nuclear Science
0018-9499, IETNA, Vol. NS-18
, Part 1, 02
1971
, pp. 340–344;paper presented at Institute of Electrical and Electronics Engineers 2nd Nuclear Power System Symposium,
N. Y.
, 4–6 Nov. 1970.111.
Gerberich
, W. W.
, “On Continuum Models of Ductile Fracture
,” UCRL-19086, Lawrence Radiation Laboratory
, Berkeley, Calif., 10
1969
;Journal of Materials Science
0022-2461, JMTSA, Vol. 5
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1970
, pp. 283–294.112.
Gieske
, J. H.
, “An NDT Investigation of the Behavior of Acoustic Emission from a Brazed Metal to Ceramic Bond
,” SC-DC-713903, Sandia Laboratories
, Albuquerque, N. Mex., 1971
;Paper-643 presented at the 26th Annual ISA Conference,
Chicago, Ill.
, 4–7 Oct. 1971;Advances in Instrumentation
, Vol. 26
, Part 2, Instrument Society of America
, Pittsburgh, Pa.
, 1971
, pp. 643-1 to 643-6;ISA Transactions
0019-0578, ISATA, Vol. 11
, 1972
, pp. 24–30.113.
Gillis
, P. P.
, “Dislocation Mechanisms as Possible Sources of Acoustic Emission
,” Materials Research and Standards
0025-5394, MTRSA, Vol. 11
, 03
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, pp. 11–13.114.
Gillis
, P. P.
, “Dislocation Motions and Acoustic Emission
,” Acoustic Emmision, ASTM STP 505
, American Society for Testing and Materials
, Philadelphia, Pa.
, 1972
, pp. 20–29;paper presented at ASTM Symposium on Acoustic Emission,
Bal Harbour, Fla.
, 7–8 Dec. 1971.115.
Goddard
, D. J.
and Williams
, J. A.
, “The Embrittlement of Annealed and Cold-Worked Al-20% Zn in Liquid Gallium under Zero External Stress
,” Journal of the Institute of Metals
0020-2975, JIMEA, Vol. 99
, 10
1971
, pp. 323–324.116.
Gopal
, R.
, “On-Line Acoustic Emission Monitoring Systems for Nuclear Power Plants
,” Proceedings of the U.S.-Japan Joint Symposium on Acoustic Emission
, Japan Industrial Planning Association
, Kawamura-Building 6F, 3-21-6 Akasaka, Minato-ku, Tokyo, Japan 107
, 1972
, pp. 273–274;symposium held in
Tokyo, Japan
, 4–6 July 1972.117.
Graham
, L. J.
, “Acoustic Emission Transducer Characterization
,” SCTR-71-19, North American Rockwell Corporation, Science Center
, Thousand Oaks, Calif., 12
1971
.118.
Graham
, L. J.
, “Frequency Analysis of Acoustic Noises During Fatigue Testing of the EBOR Nuclear Reactor Pressure Vessel
,” SCTR-72-6, North American Rockwell, Science Center
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1972
, [Company proprietary].119.
Graham
, L. J.
and Alers
, G. A.
, “Acoustic Emission from Polycrystalline Ceramics
,“ Naval Air Systems Command Contract N00019-72-C-0382, Final Report SC513.7FR, North American Rockwell, Science Center
, Thousand Oaks, Calif., 22
12
1972
, [NTIS: AD-754-839].120.
Graham
, L. J.
and Alers
, G. A.
, “Frequency Spectra of Acoustic Emissions Generated by Deforming Metals and Ceramics
,” North American Rockwell, Science Center
, Thousand Oaks, Calif., 27
09
1972
;1972 Ultrasonics Symposium Proceedings
, Catalog No. 72 CHO 708-8SU, Institute of Electrical and Electronics Engineers, Inc.
, N. Y.
, 1972
, pp. 18–21;symposium sponsored by
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, held in Boston, Mass.
, 4–7 Oct. 1972.121.
Graham
, L. J.
and Alers
, G. A.
, “Investigation of Acoustic Emission from Ceramic Materials
,” Naval Air Systems Command Contract N00019-71-C-0344, Final Report SC513.6FR, North American Rockwell Corporation, Science Center
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05
1972
, [NTIS: AD-45-000].122.
Green
, A. T.
, “Acoustic Emission: A Generic Discussion
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0018-9537, IESUA, Vol. SU-19
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Green
, A. T.
, “Applications of Acoustic Emission
,” Dunegan Corporation
, Livermore, Calif., 1972
; paper presented at the 1972 Institute of Electrical and Electronic Engineers Ultrasonics Symposium,
Boston, Mass.
, 4–7 Oct. 1972; [paper not published in proceedings];IEEE Transactions on Sonics and Ultrasonics
0018-9537, IESUA, Vol. SU-20
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Green
, A. T.
, “Characteristics of Acoustic Emission Response from Materials
,” Proceedings of the U.S.-Japan Joint Symposium on Acoustic Emission
, Japan Industrial Planning Association
, Kawamura-Building 6F, 3-21-6 Akasaka, Minato-ku, Tokyo, Japan 107
, 1972
, pp. 233–272;Green
, A. T.
, “Characteristics of Acoustic Emission Response from Materials
,” Proceedings of the U.S.-Japan Joint Symposium on Acoustic Emission
, symposium held in Tokyo, Japan
, 4–6 July 1972.125.
Green
, A. T.
, “Stress-Wave Emission and Fracture in 6 A1-4V Titanium
,” ASM Technical Paper No. W70-10.2
, American Society for Metals
, Metals Park, Ohio;paper presented at the 1970 Western Metal and Tool Conference,
Los Angeles, Calif.
, 9–12 March 1970;technical brief of paper in
Metals Engineering Quarterly
0026-0967, MENQA, Vol. 11
, 02
1971
, pp. 61–62.126.
Green
, A. T.
, “Stress-Wave Emission and Fracture of Prestressed Concrete Reactor Vessel Materials
,” Technical Report DRC-71-3, Dunegan Research Corporation
, Livermore, Calif., 05
1971
;Materials Technology: An Inter-American Approach for the Seventies
, Vol. 1
, American Society of Mechanical Engineers
, N. Y.
, 08
1970
, pp. 635–649, proceedings of the 2nd Inter-American Conference on Materials Technology, sponsored by Southwest Research Institute, held in Mexico City, Mexico
, 24–27 Aug. 1971;AGC Report 4190,
Aerojet-General Corporation, Materials Technology Department
, Sacramento, Calif., 06
1969
, [original and most complete report of work conducted for Oak Ridge National Laboratory].127.
Green
, A. T.
, “Structural Testing with Acoustic Emission
,” Acoustic Emission Detection and Magnetic Flyer Strain Gaging
, Society for Experimental Stress Analysis
, Westport, Conn.
, 1972
, pp. 9–17, proceedings of Western Regional Strain Gage Committee, meeting held in Marina Del Rey, Calif.
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03
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.128.
Green
, A. T.
and Carver
, W. N.
, “Instrumentation for Acoustic Emission
,” Proceedings of the U.S.-Japan Joint Symposium on Acoustic Emission
, Japan Industrial Planning Association
, Kawamura-Building 6F, 3-21-6 Akasaka, Minato-ku, Tokyo, Japan 107
, 1972
, pp. 201–231;Green
, A. T.
and Carver
, W. N.
, “Instrumentation for Acoustic Emission
,” Proceedings of the U.S.-Japan Joint Symposium on Acoustic Emission
, symposium held in Tokyo, Japan
, 4–6 July 1972.129.
Green
, A. T.
and Dunegan
, H.L.
, “Acoustic Emission Analysis of Crack Propagation and Fracture in Pressure Vessels and Pressure Vessel Materials
,” Technical Report DC 72-1, Dunegan Corporation
, Livermore, Calif., 1972
;Proceedings of the 1st International Conference on Structural Mechanics in Reactor Technology
, EUR 4820, Vol. 4
, Commission on the European Communities
, Brussels, Belgium
, 1972
, pp. 507–527; conference held in
Berlin, Germany
, 20–24 Sept. 1971.130.
Green
, A. T.
, Dunegan
, H. L.
, and Tetelman
, A. S.
, “Nondestructive Inspection of Aircraft Structures and Materials via Acoustic Emission
,” Technical Report DRC-107, Dunegan Research Corporation
, Livermore, Calif., 09
1970
; paper presented at Air Transport Association of America Meeting,
San Antonio, Tex.
, 15–17 Sept. 1970.131.
Green
, A. T.
and Hartbower
, C. E.
, “Detection of Incipient Failure in Pressure Vessels by Stress Wave Emission
,” Aerojet-General Corporation
, Sacramento, Calif., 1970
;Paper No.
3
presented at the International Symposium on Non-Destructive Testing of Nuclear Power Reactor Components, Rotterdam, The Netherlands
, 26–27 Feb. 1970;symposium organized by Nederlands Atoomforum, Röntgen Technische Dienst N.V.,
Rotterdamsche Droogdok Maatschappij N.V.
,[Master copy of proceedings, CONF-700224, available on interlibrary loan from Technical Information Center, U.S. Atomic Energy Commission, P.O. Box 62, Oak Ridge, Tenn. 37830
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Green
, A. T.
and Hartpower
, C. E.
, “Development of a Nondestructive Testing Technique to Determine Flaw Criticality
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, Sacramento, Calif., 05
1970
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Green
, A. T.
, Hartbower
, C. E.
, and Crimmins
P. P.
, , “Subcritical Crack Growth in Beryllium at -320°F
,” RN-S-0523, Aerojet-General Corporation, Sacramento, Calif., 10
1969
, [NTIS]; paper presented at the American Society for Testing and Materials Symposium on Fracture Toughness Testing at Cryogenic Temperatures,
Toronto, Canada
, 21–26 June 1970.134.
Grigory
, S. C.
and Ying
, S. P.
, “Pressure Vessel Investigations: Testing the 6-in. Thick Flawed Tensile Specimens
,” “Heavy Section Steel Technology Program Semiannual Progress Report for Period Ending February 28, 1971
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F. J.
, Program Director, ORNL-4681, Oak Ridge National Laboratory
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, pp. 64–81, [NTIS].135.
Guz
, I. S.
and Finkel
, V. M.
, “Relationship between the Spectrum of Waves Emitted by a Growing Crack and the Energy Reserve at its Tip
,” Soviet Physics: Solid State
0038-5654, SPSSA, Vol. 14
, 01
1973
, pp. 1619–1621;Guz
, I. S.
and Finkel
, V. M.
, translated from Fizika Tverdogo Tela
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1972
, pp. 1865–1869, (in Russian).136.
Haborak
, R. C.
, “An Acoustic Emission System for Monitoring Structural Integrity of Complex Configurations
,” Note No. ADN 09-01-71.5
, Grumman Aerospace Corporation
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1971
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Hagemaier
, D. J.
, “Applications for Specialized Nondestructive Testing Methods
,” Metal Progress
, MEPOA, Vol. 100
, 08
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, pp. 67–68.138.
Hagemaier
, D. J.
, “Nondestructive Methods for Rating Materials
,” Metal Progress
, MEPOA, Vol. 100
, 08
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, pp. 72–75, [see also Ref ].139.
Hagemaier
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Hagemaier
, D. J.
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; “
Prove non distruttive sui materiali
,” Enciclopedia Della Scienza e Delia Tecnica Mondadori
, Mondadori
Arnoldo
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, pp. 489–502, (in Italian).141.
Hagemaier
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, McFaul
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, and Moon
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, “Nondestructive Testing of Graphite Fiber Composite Structures
,” Douglas Paper 5785, Douglas Aircraft Company
, Long Beach, Calif., 1970
;paper presented at Society of Automative Engineers Meeting,
Los Angeles, Calif.
, 07
10
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;Materials Evaluation
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Hagemaier
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, McFaul
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, and Parks
, J. T.
, “Nondestructive Testing Techniques for Fiberglass, Graphite Fiber and Boron Fiber Composite Aircraft Structures
,” Materials Evaluation
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, 09
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, pp. 194–204;paper presented at American Society for Nondestructive Testing Spring Conference,
Los Angeles, Calif.
, 9–12 March 1970.143.
Haigh
, C. P.
and Ponter
, A. B.
, “Sound Emission from Boiling on a Submerged Wire
,” Canadian Journal of Chemical Engineering
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, pp. 309–313.144.
Hall
, E. T.
and Crecraft
, D. I.
, “Bonded Joints and Nondestructive Testing: NDT of Resistance Spots, Roll-Spot, Stitch and Seam Welds
,” Non-Destructive Testing
, NDETA, Vol. 4
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, pp. 181–191.145.
Halverson
, S. L.
, Anderson
, T. T.
, Gavin
, A. P.
, and Grate
, T.
, “Radiation Exposure of a Lithium Niobate Crystal at High Temperatures
,” IEEE Transactions on Nuclear Science
0018-9499, IETNA, Vol. NS-17
, No. 6
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, pp. 335–340.146.
Hamstad
, M. A.
, “Acoustic Emission from Filament-Wound Pressure Bottles
,” UCRL-73763, Lawrence Livermore Laboratory
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05
1972
, [NTIS];Non-Metallic Materials: Selection, Processing and Environmental Behavior
, National SAMPE Technical Conference Series, Vol. 4
, Society of Aerospace Material and Process Engineers
, Azusa, Calif.
, 1972
, pp. 321–331;conference held in
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, 17–19 Oct. 1972.147.
Hamstad
, M. A.
and Mukherjee
, A. K.
, “The Dependence of Acoustic Emission on Strain Rate in 7075-T6 Aluminum
,” UCRL-74260, Lawrence Livermore Laboratory
, Livermore, Calif., 14
11
1972
, [NTIS];paper presented at the 3rd Society for Experimental Stress Analysis International Congress on Experimental Mechanics,
Los Angeles, Calif.
, 13–18 May 1973;Experimental Mechanics
0014-4851, EXMCA, Vol. 14
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, pp. 33–41.148.
Hanagud
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, Craig
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, and Deadwyler
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, “Acoustic Emission in Sea Ice
,” 1972 Ultrasonics Symposium Proceedings
, Catalog No. 72 CHO 708-8SU, Institute of Electrical and Electronics Engineers, Inc.
, N. Y.
, 1972
, pp. 4–7;Hanagud
, S.
, Craig
, J. I.
, and Deadwyler
, R.
, “Acoustic Emission in Sea Ice
,” 1972 Ultrasonics Symposium Proceedings
, symposium sponsored by IEEE Group on Sonics and Ultrasonics, held in Boston, Mass.
, 4–7 Oct. 1972.149.
Hardy
, H. R.
, Jr., “Application of Acoustic Emission Techniques to Rock Mechanics Research
,” Acoustic Emission, ASTM STP 505
, American Society for Testing and Materials
, Philadelphia, Pa.
, 1972
, pp. 41–83;paper presented at ASTM Symposium on Acoustic Emission,
Bal Harbour, Fla.
, 7–8 Dec. 1971.150.
Hardy
, H. R.
, Jr., “Model Studies Associated with the Mechanical Stability of Underground Natural Gas Storage Reservoirs
,” Paper 4-42
in Proceedings of the 2nd Congress—International Society for Rock Mechanics
, Vol. 2
, 1970
;Hardy
, H. R.
, Jr., “Model Studies Associated with the Mechanical Stability of Underground Natural Gas Storage Reservoirs
,” Paper 4-42
in Proceedings of the 2nd Congress—International Society for Rock Mechanics
, meeting held in Belgrade, Yugoslavia
, 21–26 Sept. 1970.151.
Hardy
, H. R.
, Jr., Kim
, R. Y.
, Stefanko
, R.
, and Wang
, Y.J.
, “Creep and Microseismic Activity in Geologic Materials
,” Proceedings of the 11th Symposium on Rock Mechanics
, American Institute of Mining Engineers
, N. Y.
, 1970
, pp. 377–413;Hardy
, H. R.
, Jr., Kim
, R. Y.
, Stefanko
, R.
, and Wang
, Y.J.
, “Creep and Microseismic Activity in Geologic Materials
,” Proceedings of the 11th Symposium on Rock Mechanics
, symposium held at the University of California, Berkley, Calif.
, 16–19 June 1969.152.
Harris
, D. O.
and Dunegan
, H. L.
, “Acoustic Emission Testing of Wire Rope
,” Technical Report DE-72-3A, Dunegan/Endevco
, Livermore, Calif., 1972
;paper presented at American Society for Nondestructive Testing National Spring Conference,
Los Angeles, Calif.
, 12–15 March 1973;Materials Evaluation
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, 01
1974
, pp. 1–6.153.
Harris
, D. O.
and Dunegan
, H. L.
, “Verification of Structural Intergity of Pressure Vessels by Acoustic Emission and Periodic Proof Testing
,” UCRL-72783, Lawrence Radiation Laboratory
, Livermore, Calif., 1970
;Harris
, D. O.
and Dunegan
, H. L.
, “Verification of Structural Intergity of Pressure Vessels by Acoustic Emission and Periodic Proof Testing
,” Technical Report DRC-71-2, Dunegan Research Corporation
, Livermore, Calif., 05
1911
;Testing for Prediction of Material Performance in Structures and Components, ASTM STP 515
, American Society for Testing and Materials
, Philadelphia, Pa.
, 1972
, pp. 158–170.154.
Harris
, D. O.
, Dunegan
, H. L.
, and Tetelman
, A. S.
, “Predication of Fatigue Lifetime by Combined Fracture Mechanics and Acoustic Emission Techniques
,” UCRL-71760, Lawrence Radiation Laboratory
, Livermore, Calif., 24
10
1969
;Technical Bulletin DRC-105,
Dunegan Research Corporation
, Livermore, Calif., 1969
;Proceedings of the Air Force Conference on Fatigue and Fracture of Aircraft Structures and Materials
, Wood
A. H.
, Bader
R. M.
, Trapp
W. J.
, Hoener
R. F.
, and Donat
R. C.
, Technical Eds., AFFDL-TR-70-144, Air Force Materials Laboratory, Wright Patterson Air Force Base
, Ohio
, 12
1970
, pp. 459–471.155.
Harris
, D. O.
, Roth
, B. G.
, and Kuhn
, B. A.
, “Acoustic Emission Monitoring of Proof Tests on Canisters and Related Hardware
,” UCID-15777, Lawrence Radiation Laboratory
, Livermore, Calif., 14
01
1971
, [NTIS].156.
Harris
, D. O.
, Tetelman
, A. S.
, and Darwish
, F. A. I.
, “Detection of Fiber Cracking by Acoustic Emission
,” Technical Report DRC-71-1, Dunegan Research Corporation
, Livermore, Calif., 02
1971
;Acoustic Emission, ASTMSTP505
, American Society for Testing and Materials
, Philadelphia, Pa.
, 1972
, pp. 238–249;paper presented at ASTM Symposium on Acoustic Emission,
Bal Harbour, Fla.
, 7–8 Dec. 1971.157.
Hartbower
, C. E.
, “Technical Note: Application of SWAT to the Nondestructive Inspection of Welds
,” Welding Journal
, WEJUA, Vol. 49
, 02
1970
, pp. 54-s, 60-s.158.
Hartblower [sic]
, C. E.
and Crimmins
, P. P.
, “Fracture of Structural Metals as Related to Pressure-Vessel Integrity and In-Service Monitoring
,” ASME Publication 71-PVP-60, American Society of Mechanical Engineers
, N. Y.
, 1971
;paper presented at ASME Pressure Vessel and Piping Conference,
San Francisco, Calif.
, 10–12 May 1971.159.
Hartbower
, C. E.
, Crimmins
, P. P.
, Morais
, C. F.
, and Reuter
, W. G.
, “Correlation of Stress Wave Emission Characteristics with Fracture in Aluminum Alloys
,” National Aeronautics and Space Administration Contract NAS 8-21405, Aerojet Solid Propulsion Company
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.160.
Hartbower
, C. E.
, Gerberich
, W. W.
, Reuter
, W. G.
, and Crimmins
, P. P.
, “Stress-Wave Characteristics of Fracture Instability in Constructional Alloys
,” United States Navy Contract N0014-66-C0340, Final Report, Aerojet General Corporation
, Sacramento, Calif., 07
1968
, [NTIS: AD-674-881];IIWIX-700-70,
International Institute of Welding
, 1970
.161.
Hartbower
, C. E.
, Morais
, C. F.
, Reuter
, W. G.
, and Crimmins
, P. P.
, “Acoustic Emission from Low-Cycle High-Stress-Intensity Fatigue
,” Engineering Fracture Mechanics
0013-7944, ERMEA. Vol. 5
, 09
1973
, pp. 765–789;paper presented at the Symposium on Fracture and Fatigue,
George Washington University
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, 3–5 May 1972.162.
Hartbower
, C. E.
, Morais
, C. F.
, Reuter
, W. G.
, and Crimmins
, P. P.
, “Detection of Weld Cracking in HY-80, HY-100 and HY-130 Steels by Stress-Wave Emission
,” Naval Ships System Command Contract N00024-70-C5215, Final Report, Aerojet Solid Propulsion Company
, Sacramento, Calif., 03
1971
, [NTIS: AD-881-990L].163.
Hartbower
, C. E.
, Morais
, C. F.
, Reuter
, W. G.
, and Crimmins
, P. P.
, “Development of a Nondestructive Testing Technique to Determine Flaw Criticality
,” AFML-TR-71-218, Aerojet Solid Propulsion Company
, Sacramento, Calif., 01
1972
, [NTIS: AD-747-225].164.
Hartbower
, C. E.
, Reuter
, W. G.
, Morais
, C. F.
, and Crimmins
, P. P.
, “Correlation of Stress-Wave-Emission Characteristics with Fracture in Aluminum Alloys
,” NASA CR-2072, Final Report, Aerojet Solid Propulsion Company
, Sacramento, Calif., 07
1972
, [NTIS: N72-30470].165.
Hartbower
, C. E.
, Reuter
, W. G.
, Morais
, C. F.
, and Crimmins
, P. P.
, “Use of Acoustic Emission for the Detection of Weld and Stress-Corrosion Cracking
,” Acoustic Emission, ASTM STP 505
, American Society for Testing and Materials
, Philadelphia, Pa.
, 1972
, pp. 187–221;paper presented at ASTM Symposium on Acoustic Emission,
Bal Harbour, Fla.
, 7–8 Dec. 1971.166.
Hartman
, W. F.
, “Acoustic Emission and Discontinuous Yielding
,” C00-2204-2, Johns Hopkins University, Department of Mechanics and Materials Science
, Baltimore, Md., 1971
, [NTIS];paper presented at the 10th Acoustic Emission Working Group Meeting,
Pasadena, Calif.
, 6–8 Dec. 1972;paper presented at the 13th Midwestern Mechanics Conference, held at the
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, 1973
.167.
Hartman
, W. F.
, “Acoustic Emission and the Portevin-Le Chatelier Effect
,” C00-2204-1, Progress Report, March 1–Nov. 1, 1972, Johns Hopkins University. Department of Mechanics and Materials Science
, Baltimore, Md., 1972
, [NTIS].168.
Hartman
, W. F.
, “Towards Correlating Acoustic Emission with Strain-Hardening Transitions
,” C00-2204-3, Johns Hopkins University, Department of Mechanics and Materials Science
, Baltimore, Md., 1972
.169.
Hatano
, H.
, “An Experimental Study on Detection of Stress Wave Emission
,“ Journal of N.D.I.
, (Hi-Hakai Kensa, Japan), HIHKA, Vol. 20
, 11
1971
, pp. 597–607, (in Japanese);RFP-Trans-106, translated for
Dow Chemical U.S.A., Rocky Flats Division, Golden
, Colo., 1972
, [NTIS].170.
Hatano
, H.
, “Detection and Application of Stress Waves
,” M. A. thesis, Tokyo University
, Tokyo, Japan, 22
02
1971
, (in Japanese);RFP-Trans-114, translated for Dow Chemical U.S.A.,
Rocky Flats Division
, Golden, Colo., 10
1972
, [NTIS: N73-21853].171.
Hatano
, H.
and Niwa
, N.
, “A Fundamental Experiment on Location of Stress Wave Emission by Triangulation
,” Paper No. 286
in Annual Convention Record of the Institute of Electronics and Communication Engineers of Japan, 04
1971
, (in Japanese) [available from Professor N. Niwa, Department of Electronics, Institute of Space and Aeronautical Science, University of Tokyo, Komaba, Meguro-ku, Tokyo, Japan].172.
Hatano
, H.
and Niwa
, N.
, “Detection of Stress Wave Emission and Its Propagation Characteristics
,” paper presented at the meeting of the Society for the Study of Electrical Measurement, Institute of the Electrical Engineers of Japan, 09
1971
, (in Japanese) [available from Professor N. Niwa, Department of Electronics, Institute of Space and Aeronautical Science, University of Tokyo, Komaba, Meguro-ku, Tokyo, Japan].173.
Hatano
, H.
, Niwa
, N.
, Kishi
, T.
, and Horiuchi
, R.
, “A Fundamental Research on Stress Wave Emission in Mild Steel and Aluminum Alloys
,” Journal of N.D.I.
, (Hi-Hakai Kensa, Japan), HIHKA, Vol. 21
, 04
1972
, pp. 219–225, (in Japanese);RFP-Trans-104, translated for
Dow Chemical U.S.A., Rocky Flats Division
, Golden, Colo., 1972
, [NTIS: N73-21854].174.
Hatano
, H.
, Niwa
, N.
, Kishi
, T.
, and Horiuchi
, R.
, “Fundamental Studies for Application of Stress Wave Emission Method to Material Researches and Safety Monitoring
,” Paper No. 10
in Proceedings of the U.S.-Japan Joint Symposium on Acoustic Emission
, Japanese Vol., Japan Industrial Planning Association
, Kawamura-Building 6F, 3-21-6 Akasaka, Minato-ku, Tokyo, Japan 107
, 1972
, (paper in Japanese, abstract available in English);symposium held in
Tokyo, Japan
, 4–6 July 1972.175.
Hatano
, H.
, Niwa
, N.
, Kurosawa
, S.
, and Ando
, Y.
, “Observation of Stress Wave Emission from a Model Pressure Vessel During Low-Cycle Fatigue Testing
,” Journal of N.D.I.
, (Hi-Hakai Kensa, Japan), HIHKA, Vol. 21
, 04
1972
, pp. 238–241, (in Japanese);RFP-Trans-105, translated for
Dow Chemical U.S.A., Rocky Flats Division
, Golden, Colo., 1972
, [NTIS].176.
Hatano
, H.
, Sagehashi
, I.
, and Niwa
, N.
, “A Preliminary Experiment on Detection of Stress Wave Emission in Metals
,” Paper No. 2440
in Joint Convention Record of Four Institutes of Electrical Engineers, Japan
, 04
1970
, (in Japanese) [available from Professor N. Niwa, Department of Electronics, Institute of Space and Aeronautical Science, University of Tokyo, Komaba, Meguro-ku, Tokyo, Japan].177.
Hatano
, H.
, Sagehashi
, I.
, Yoshida
, Y.
, and Niwa
, N.
, “Stress Wave Emission from a Model Pressure Vessel and Its Source Location
,” Journal of N.D.I.
, (Hi-Hakai Kensa, Japan), HIHKA, Vol. 21
, 04
1972
, pp. 234–237, (in Japanese);RFP-Trans-107, translated for
Dow Chemical U.S.A., Rocky Flats Division
, Golden, Colo., 1972
, [NTIS].178.
Hatano
, H.
, Yoshida
, Y.
, Sagehashi
, I.
, and Niwa
, N.
, “Detection of Stress Wave Emission in a Quasi Rocket Chamber and Calculation of Its Source Points
,” Paper HPI-AE-10-38
submitted to the 10th meeting of the Atomic Energy Committee, High Pressure Institute of Japan, 29
06
1971
, (in Japanese);RFP-Trans-94, translated for
Dow Chemical U.S.A., Rocky Flats Division
, Golden, Colo., 1972
, [NTIS].179.
Hoff
, M.
, “Acoustic Emission Source Location using Single and Multiple Transducer Arrays
,” 1972 Ultrasonics Symposium Proceedings
, Catalog No. 72 CHO 708-8SU, Institute of Electrical and Electronics Engineers, Inc.
, N.Y.
, 1972
, pp. 8–12;symposium sponsored by Institute of Electrical and Electronics Engineers Group on Sonics and Ultrasonics, held in
Boston, Mass.
, 4–7 Oct. 1972.180.
Horak
, C. R.
, “Structural Integrity Acoustic Emission Monitoring
,” ADN Report 09-01-72.2, Grumman Aerospace Corporation, Advanced Development Program
, Bethpage, N. Y., 08
1972
.181.
Hutton
, P. H.
, “Acoustic Emission Allows Detection of Crack Development Before Failure Occurs
,” SAE Journal of Automotive Engineering
, SJAUA, Vol. 79
, 08
1971
, pp. 33–37.182.
Hutton
, P. H.
, “Acoustic Emission Applied Outside of the Laboratory
,” BNWL-SA-3775, Battelle-Northwest, Richland, Wash., 1971
;Acoustic Emission, ASTMSTP505
, American Society for Testing and Materials
, Philadelphia, Pa.
, 1972
, pp. 114–128;paper presented at ASTM Symposium on Acoustic Emission,
Bal Harbour, Fla.
, 7–8 Dec. 1971.183.
Hutton
, P. H.
, “Acoustic Emission Applied to Determination of Structural Integrity
,” BNWL-SA-3147, Battelle-Northwest, Richland, Wash., 03
1970
, [NTIS];paper presented at the 11th Meeting of Mechanical Failures Prevention Group,
Williamsburg, Va.
, 7–8 April 1970.184.
Hutton
, P. H.
, “Acoustic Emission Monitoring for Continuous Crack Detection in Nuclear Reactor Pressure Boundaries
,” BNWL-1597, Battelle-Northwest, Richland, Wash., 11
1971
, [NTIS].185.
Hutton
, P. H.
, “Acoustic Emission: What It is and Its Application to Evaluate Structural Soundness of Solids
,” BNWL-SA-2983, Battelle-Northwest, Richland, Wash., 02
1970
;paper presented to the
Central Ohio Section of American Society for Nondestructive Testing
, Columbus, Ohio
, 17
02
1970
, and to the Chicago Section of American Society for Nondestructive Testing
, Chicago, Ill.
, 19
02
1970
.186.
Hutton
, P. H.
, “Flaw Detection by Acoustic Emission
,” BNWL-SA-4576, Battelle-Northwest, Richland, Wash., 1972
, [NTIS];paper presented at
Oregon State University Seminar
, Corvallis, Ore.
, 31
01
1973
.187.
Hutton
, P. H.
, “Identification of Worn Bullet Forming Dies by Acoustic Signature in Process
,” BNWL-SA-3813, Battelle-Northwest, Richland, Wash., 1971
;Proceedings of the 8th Symposium on Nondestructive Evaluation in Aerospace, Weapsons Systems, and Nuclear Applications
, Western Periodicals Company
, North Hollywood, Calif.
, 1971
, pp. 59–73;symposium held in
San Antonio, Tex.
, 21–23 April 1971.188.
Hutton
, P. H.
, “Monitoring High Temperature Fatigue Using Acoustic Emission Techniques
,” BNWL-SA-3989, Battelle-Northwest, Richland, Wash., 12
1971
, [NTIS];paper presented at the ASTM Symposium on Fatigue at Elevated Temperatures, held at the
University of Connecticut, Storrs, Conn.
, 18–22 June 1972.189.
Hutton
, P. H.
, “Nuclear Reactor Background Noise vs. Flaw Detection by Acoustic Emission
,” BNWL-SA-3820, Battelle-Northwest, Richland, Wash., 1971
;Proceedings of the Eighth Symposium on Nondestructive Evaluation in Aerospace, Weapons Systems, and Nuclear Applications
. Western Periodicals Company
, North Hollywood, Calif.
, 1971
, pp. 1–16;symposium held in
San Antonio, Tex.
, 21–23 April 1971.190.
Hutton
, P. H.
, “Performance of Noise Analysis Study
,” Task 9, Project IV, “In-Service Inspection Program for Nuclear Reactor Vessels
,” Wylie
R. D.
, Ed., SwRI Project 17-2440, Biannual Progress Report No. 5, Southwest Research Institute
, San Antonio, Tex., 28
05
1971
, pp. 104–120, [NTIS: PB-200-518].191.
Hutton
, P. H.
, “Performance of Noise Analysis Study
,” Task 9, Project IV, “In-Service Inspection Program for Nuclear Reactor Vessels
,” Wylie
R. D.
, Ed., SwRI Project 17-2440, Biannual Progress Report No. 6, Vol. 1
, Southwest Research Institute
, San Antonio, Tex., 07
01
1972
, pp. 97–133, [NTIS: PB-207-591].192.
Hutton
, P. H.
, “Standards and Calibration Procedures
,” Task 5, Project IV. “In-Service Inspection Program for Nuclear Reactor Vessels
,” Wylie
R. D.
, Ed., SwRI Project 17-2440, Biannual Progress Report No. 7, Southwest Research Institute
, San Antonio, Tex., 25
08
1972
, pp. 145–148, [NTIS: PB-212-144].193.
Hutton
, P. H.
, Jolly
, W. D.
, and Vetrano
, J. B.
, “Acoustic Emission for Periodic and Continuous Flaw Detection in Pressure Vessels
,” BNWL-SA-4248, Battelle-Northwest, Richland, Wash., 05
1972
;Proceedings of the U.S.-Japan Joint Symposium on Acoustic Emission
. Japan Industrial Planning Association
, Kawamura-Building 6F, 3-21-6 Akasaka, Minato-ku, Tokyo, Japan 107
, 1972
, pp. 47–170;symposium held in
Tokyo, Japan
, 4–6 July 1972;Pressure Engineering, Journal of Japan High Pressure Institute, (Kotsu Gasu)
, KOGAA, Vol. 11
, 1973
, pp. 6–27 and 5, (in Japanese).194.
Hutton
, P. H.
and Ord
, R. N.
, “Acoustic Emission
,” Chapter 1, pp. 1–30, Research Techniques in Nondestructive Testing
, Sharpe
R. S.
, Ed., Academic Press
, N. Y.
, 1970
.195.
Hutton
, P. H.
and Parry
, D. L.
, “Assessment of Structural Integrity by Acoustic Emission
,” Materials Research and Standards
0025-5394, MTRSA, Vol. 11
, 03
1971
, pp. 25–32.196.
Hutton
, P. H.
and Vetrano
, J. B.
, “Crack Detection in Pressure Piping by Acoustic Emission
,” “Nuclear Safety Quarterly Report—November, December, 1969, January 1970 for USAEC Division of Reactor Development and Technology
,” BNWL-1351-1, Battelle-Northwest, Richland, Wash., 03
1970
, pp. 3.1–3.15, [NTIS].197.
Hutton
, P. H.
and Vetrano
, J. B.
, “Crack Detection in Pressure Piping by Acoustic Emission
,” “Nuclear Safety Quarterly Report—February, March, April, 1970 for USAEC Division of Reactor Development and Technology
,” BNWL-1315-2, Battelle-Northwest, Richland, Wash., 05
1970
, pp. 3.1–3.9, [NTIS].198.
Ireland
, D. R.
, Wullaert
, R. A.
, Tetelman
, A. S.
, and Dunegan
, H. L.
, “Acoustic Emission Characteristics of Irradiated Reactor Pressure Vessel Steels
,” Task 8, Project IV, “In-Service Inspection Program for Nuclear Reactor Vessels
,” Wylie
R. D.
, Ed., SwRI Project 17-2440, Biannual Progress Report No. 4, Southwest Research Institute
, San Antonio, Tex., 07
01
1971
, pp. 46–63, [NTIS: PB-198-274].199.
Isono
, E.
, “History of the Acoustic Emission Method: A New Tool for NDT
,” Journal of N.D.I.
, (Hi-Hakai Kensa, Japan), HIHKA, Vol. 19
, 11
1970
, pp. 579–589, (in Japanese);RFP-Trans-79, translated for
Dow Chemical U.S.A., Rocky Flats Division
, Golden, Colo., 1971
, [NTIS].200.
Isono
, E.
, Udagawa
, T.
, and Ogasawara
, M.
, “Recovery of the Kaiser Effect
,” Paper No. 12
in Proceedings of the U.S.-Japan Joint Symposium on Acoustic Emission
, Japanese Vol., Japan Industrial Planning Association
, Kawamura-Building 6F, 3-21-6 Akasaka, Minato-ku, Tokyo, Japan 107
, 1972
, (paper in Japanese, abstract available in English);symposium held in
Tokyo, Japan
, 4–6 July 1972.201.
Isono
, E.
, Udagawa
, T.
, and Taniguchi
, N.
, “A Study of Cracking Phenomena by Acoustic Emission Techniques
,” Journal of N.D.I.
, (Hi-Hakai Kensa, Japan), HIHKA, Vol. 21
, 04
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, pp. 226–233, (in Japanese).202.
James
, D. R.
, “An Investigation of the Relationship between Acoustic Emission and Dislocation Kinetics in Crystalline Solids
,” Ph.D. thesis, University of Denver
, Denver, Colo., 1970
;University Microfilms
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James
, D. R.
, Benson
, D. A.
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, “MTS Modification for Acoustic Emission Testing
,” Review of Scientific Instruments
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James
, D. R.
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, “Acoustic Emission Test Facility
,” Review of Scientific Instruments
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James
, D. R.
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, S. H.
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,” Journal of Applied Physics
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Jolly
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, “Evaluation of the Acoustic Emission System
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Jolly
, W. D.
, “Evaluation of the Acoustic Emission System
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Jolly
, W. D.
, “Evaluation of the Acoustic Emission System
,” Task 3, Project IV, “In-Service Inspection Program for Nuclear Reactor Vessels
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Jolly
, W. D.
, “Field Evaluation of the Acoustic Emission System
,” Task 4, Project IV, “In-Service Inspection Program for Nuclear Reactor Vessels
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01
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Jolly
, W. D.
, “Pressure Vessel Investigations: Acoustic Emission Analysis of the Second Large Tensile Specimen at Southwest Research Institute
,“ “Heavy-Section Steel Technology Program Semiannual Progress Report for Period Ending August 31, 1970
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Jolly
, W. D.
, “The Application of Acoustic Emission to In-Process Weld Inspection
,” BNWL-SA-2212, Battelle-Northwest
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Jolly
, W. D.
and Comptom
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, “Procure an Acoustic Emission System
,” Task 2, Project IV, “In-Service Inspection Program for Nuclear Reactor Vessels
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, Ed., SwRI Project 17-2440, Biannual Progress Report No. 5, Southwest Research Institute
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Jolly
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, Davis
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,” Task 3, Project IV, “In-Service Inspection Program for Nuclear Reactor Vessels
,” Wylie
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, Ed., SwRI Project 17-2440, Biannual Progress Report No. 6, Vol. 1
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Jolly
, W. D.
, Davis
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, and Sheff
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,” Wylie
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, Ed., SwRI Project 17-2440, Biannual Progress Report No. 7, Southwest Research Institute
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Jolly
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,” Task 4, Project IV, “In-Service Inspection Program for Nuclear Reactor Vessels
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, Ed., SwRI Project 17-2440, Biannual Progress Report No. 7, Southwest Research Institute
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Kamio
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, “On the Relation of a Recorded Value of Acoustic Emission to the Sizes of the Cracks
,” Journal of N.D.I.
, (Hi-Hakai Kensa, Japan), HIHKA, Vol. 20
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, and Volkov
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,” Automatic Welding
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, Musiyachenko
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, Kolomiichuk
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Kirby
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Li
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Liptai
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, [NTIS: N71-15064];paper presented at the Symposium on Advanced Experimental Techniques in the Mechanics of Materials,
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Lynnworth
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Maxfield
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Maxfield
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McCauley
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Melekhin
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Milne
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Miloserdin
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Mints
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Mitchell
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, and Appl
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Mitchell
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Miyairi
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, (paper in Japanese, abstract available in English);Miyairi
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, Tomizawa
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Mogi
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, “Acoustic Emission from Stressed Rocks
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Moore
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Morton
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Muenow
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