SURFACE-RELATED MECHANICAL PROPERTIES OF NITROGEN-IMPLANTED 1018 STEEL.

W. W. Hu; H. Herman; C. R. Clayton; J. Kuzubowski; R. A. Kant; J. K. Hirvonen; R. K. MacCrone

SURFACE-RELATED MECHANICAL PROPERTIES OF NITROGEN-IMPLANTED 1018 STEEL.

W. W. Hu
, H. Herman
, C. R. Clayton
, J. Kuzubowski
, R. A. Kant
, J. K. Hirvonen
, R. K. MacCrone

Materials Science and Engineering

Research output: Contribution to conference › Paper › peer-review

5 Scopus citations

Abstract

Implantation of 1018 steel (0. 18 wt% carbon) with 75 keV-nitrogen ions has resulted in modification of fatigue, cavitation-erosion and internal friction. Modification of surface-related mechanical properties is related to the interactions of nitrogen with dislocations. The high-cycle fatigue-lifetime of N-implanted 1018 steel has been increased when implanted samples are thermally aged, presumably enabling interstitial migration to and association with near-surface dislocations. Implantation also improves cavitation resistance in distilled water. These studies have been accompanied by analytical techniques to explore the responsible mechanisms.

Original language	English
Pages	92-102
Number of pages	11
State	Published - 1980
Event	Ion Implantation Metall, Proc of a Symp at Annu Meet of the Mater Res Soc - Cambridge, MA, Engl Duration: Nov 30 1979 → Nov 30 1979

Conference

Conference	Ion Implantation Metall, Proc of a Symp at Annu Meet of the Mater Res Soc
City	Cambridge, MA, Engl
Period	11/30/79 → 11/30/79

Cite this

@conference{ca59307a7e7f429aa9670c494a1ed52e,

title = "SURFACE-RELATED MECHANICAL PROPERTIES OF NITROGEN-IMPLANTED 1018 STEEL.",

abstract = "Implantation of 1018 steel (0. 18 wt\% carbon) with 75 keV-nitrogen ions has resulted in modification of fatigue, cavitation-erosion and internal friction. Modification of surface-related mechanical properties is related to the interactions of nitrogen with dislocations. The high-cycle fatigue-lifetime of N-implanted 1018 steel has been increased when implanted samples are thermally aged, presumably enabling interstitial migration to and association with near-surface dislocations. Implantation also improves cavitation resistance in distilled water. These studies have been accompanied by analytical techniques to explore the responsible mechanisms.",

author = "Hu, \{W. W.\} and H. Herman and Clayton, \{C. R.\} and J. Kuzubowski and Kant, \{R. A.\} and Hirvonen, \{J. K.\} and MacCrone, \{R. K.\}",

year = "1980",

language = "English",

pages = "92--102",

note = "Ion Implantation Metall, Proc of a Symp at Annu Meet of the Mater Res Soc ; Conference date: 30-11-1979 Through 30-11-1979",

}

TY - CONF

T1 - SURFACE-RELATED MECHANICAL PROPERTIES OF NITROGEN-IMPLANTED 1018 STEEL.

AU - Hu, W. W.

AU - Herman, H.

AU - Clayton, C. R.

AU - Kuzubowski, J.

AU - Kant, R. A.

AU - Hirvonen, J. K.

AU - MacCrone, R. K.

PY - 1980

Y1 - 1980

N2 - Implantation of 1018 steel (0. 18 wt% carbon) with 75 keV-nitrogen ions has resulted in modification of fatigue, cavitation-erosion and internal friction. Modification of surface-related mechanical properties is related to the interactions of nitrogen with dislocations. The high-cycle fatigue-lifetime of N-implanted 1018 steel has been increased when implanted samples are thermally aged, presumably enabling interstitial migration to and association with near-surface dislocations. Implantation also improves cavitation resistance in distilled water. These studies have been accompanied by analytical techniques to explore the responsible mechanisms.

AB - Implantation of 1018 steel (0. 18 wt% carbon) with 75 keV-nitrogen ions has resulted in modification of fatigue, cavitation-erosion and internal friction. Modification of surface-related mechanical properties is related to the interactions of nitrogen with dislocations. The high-cycle fatigue-lifetime of N-implanted 1018 steel has been increased when implanted samples are thermally aged, presumably enabling interstitial migration to and association with near-surface dislocations. Implantation also improves cavitation resistance in distilled water. These studies have been accompanied by analytical techniques to explore the responsible mechanisms.

UR - https://www.scopus.com/pages/publications/0019260082

M3 - Paper

AN - SCOPUS:0019260082

SP - 92

EP - 102

T2 - Ion Implantation Metall, Proc of a Symp at Annu Meet of the Mater Res Soc

Y2 - 30 November 1979 through 30 November 1979

ER -

SURFACE-RELATED MECHANICAL PROPERTIES OF NITROGEN-IMPLANTED 1018 STEEL.

Abstract

Conference

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