| Document Date: 2004-02-04 16:42:32
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City Essex / Amsterdam / Sendai / Derby / New York / Wienheim / Oxford / / Company Kubin LP. / Olin / Ó 2003 Acta Materialia Inc. / Elsevier Ltd. / General Motors / / Country United States / Netherlands / United Kingdom / / Currency USD / / / Facility Oregon State University / Rogers Hall / University of Southern California / Olin Hall / / / IndustryTerm metal / ve-power-law creep / stainless steel / dislocation network / ve-power-law creep theories / ve-power-law equation / ve-power-law creep-plasticity / ve-power-law conditions / ve-power-law creep range / ve-power-law regime / constant strain-rate power-law creep conditions / ve-power-law temperature/strain-rate combination / fault energy / vepower-law creep / annealed metal / higher stacking fault energy / activation energy / stainless steel show / vepower-law creep conditions / / Organization National Physical Lab / US Department of Energy / Oregon State University / University of Southern California / Los Angeles / Riso National Lab / / Person J. Phil Mag / Z. Wang / Al Fe / Sherby / Blum W. Private / Phil Mag / W. Blum / Kevin Kyle / Blum W. Scripta / / / Position author / editor / King / author for Al / rT / / ProvinceOrState Montana / Southern California / Swansea / Oregon / California / / Region Southern California / North Holland / / Technology alpha / Dsd / / URL www.actamat-journals.com / /
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Acta Materialia–9 www.actamat-journals.com Taylor hardening in five-power-law creep of metals and Class M alloys M.E. Kassner