FATIGUE FAILURE PREDICTION BY X-RAY DOUBLE CRYSTAL DIFFRACTOMETRY AND TOPOGRAPHY.

Robert N. Pangborn, S. Weissmann, I. R. Kramer

Research output: Contribution to conference › Paper

1 Citation (Scopus)

Abstract

In single crystals and Al 2024 alloy, a propensity for work hardening in the surface layers compared to the bulk material was demonstrated for both tensile deformed and fatigue cycled metals. The cyclically-induced defect distribution with depth from the surface was also investigated as a function of the fraction of fatigue life.

Original languageEnglish (US)
Pages1279-1284
Number of pages6
StatePublished - Jan 1 1980
EventStrength of Met and Alloys, Proc of the Int Conf, 5th - Aachen, Ger
Duration: Aug 27 1979 → Aug 31 1979

Other

OtherStrength of Met and Alloys, Proc of the Int Conf, 5th
CityAachen, Ger
Period8/27/79 → 8/31/79

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Topography
Fatigue of materials
X rays
Crystals
Strain hardening
Single crystals
Defects
Metals

All Science Journal Classification (ASJC) codes

  • Engineering(all)

Cite this

Pangborn, R. N., Weissmann, S., & Kramer, I. R. (1980). FATIGUE FAILURE PREDICTION BY X-RAY DOUBLE CRYSTAL DIFFRACTOMETRY AND TOPOGRAPHY.. 1279-1284. Paper presented at Strength of Met and Alloys, Proc of the Int Conf, 5th, Aachen, Ger, .
Pangborn, Robert N. ; Weissmann, S. ; Kramer, I. R. / FATIGUE FAILURE PREDICTION BY X-RAY DOUBLE CRYSTAL DIFFRACTOMETRY AND TOPOGRAPHY. Paper presented at Strength of Met and Alloys, Proc of the Int Conf, 5th, Aachen, Ger, .6 p.
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abstract = "In single crystals and Al 2024 alloy, a propensity for work hardening in the surface layers compared to the bulk material was demonstrated for both tensile deformed and fatigue cycled metals. The cyclically-induced defect distribution with depth from the surface was also investigated as a function of the fraction of fatigue life.",
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Pangborn, RN, Weissmann, S & Kramer, IR 1980, 'FATIGUE FAILURE PREDICTION BY X-RAY DOUBLE CRYSTAL DIFFRACTOMETRY AND TOPOGRAPHY.' Paper presented at Strength of Met and Alloys, Proc of the Int Conf, 5th, Aachen, Ger, 8/27/79 - 8/31/79, pp. 1279-1284.

FATIGUE FAILURE PREDICTION BY X-RAY DOUBLE CRYSTAL DIFFRACTOMETRY AND TOPOGRAPHY. / Pangborn, Robert N.; Weissmann, S.; Kramer, I. R.

1980. 1279-1284 Paper presented at Strength of Met and Alloys, Proc of the Int Conf, 5th, Aachen, Ger, .

Research output: Contribution to conference › Paper

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T1 - FATIGUE FAILURE PREDICTION BY X-RAY DOUBLE CRYSTAL DIFFRACTOMETRY AND TOPOGRAPHY.

AU - Pangborn, Robert N.

AU - Weissmann, S.

AU - Kramer, I. R.

PY - 1980/1/1

Y1 - 1980/1/1

N2 - In single crystals and Al 2024 alloy, a propensity for work hardening in the surface layers compared to the bulk material was demonstrated for both tensile deformed and fatigue cycled metals. The cyclically-induced defect distribution with depth from the surface was also investigated as a function of the fraction of fatigue life.

AB - In single crystals and Al 2024 alloy, a propensity for work hardening in the surface layers compared to the bulk material was demonstrated for both tensile deformed and fatigue cycled metals. The cyclically-induced defect distribution with depth from the surface was also investigated as a function of the fraction of fatigue life.

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Pangborn RN, Weissmann S, Kramer IR. FATIGUE FAILURE PREDICTION BY X-RAY DOUBLE CRYSTAL DIFFRACTOMETRY AND TOPOGRAPHY.. 1980. Paper presented at Strength of Met and Alloys, Proc of the Int Conf, 5th, Aachen, Ger, .

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