Published 1998 | Version v1
Miscellaneous Restricted

Ratcheting deformation of advanced 316 steel under creep-plasticity condition

  • 1. Tokai Univ., Tokyo (Japan). Dept. of Mechanical Engineering

Description

Tension-torsion biaxial ratcheting tests have been conducted with Advanced 316 Steel (316FR Steel) at 650 C under a cyclic strain rate of 10-3 to 10-5 s-1. Accumulation of ratcheting strain has been measured. Accumulated ratchet strain has shown to be much larger than predicted based on a usual method of the linear superposition of strains due to creep and plasticity. The result shows there observed the creep-plasticity interaction in the observation. (orig.)

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Part of:
23. MPA-Seminar: Safety and reliability of plant technology with special emphasis on behaviour of pressurized components and systems at increased loading. Vol. 1. Papers 1-26

Additional details

Additional titles

Original title (English)
23. MPA-Seminar: Sicherheit und Verfuegbarkeit in der Anlagentechnik mit dem Schwerpunkt Verhalten von druckfuehrenden Komponenten und Systemen bei erhoehten Belastungen. Bd. 1. Vortraege 1-26

Publishing Information

Imprint Title
23. MPA-Seminar: Safety and reliability of plant technology with special emphasis on behaviour of pressurized components and systems at increased loading. Vol. 1. Papers 1-26
Imprint Pagination
412 p.
Journal Page Range
p. 20.1-20.14
Report number
INIS-DE--0021

Conference

Title
Safety and reliability of plant technology with special emphasis on nuclear technology - behaviour of pressurized components and systems at increased loading
Original Conference Title
23. MPA-Seminar: Sicherheit und Verfuegbarkeit in der Anlagentechnik mit dem Schwerpunkt Kerntechnik - Verhalten von druckfuehrenden Komponenten und Systemen bei erhoehten Belastungen
Acronym
23. MPA seminar
Dates
1-2 Oct 1997
Place
Stuttgart (Germany)

Optional Information

Notes
Imprint:23. MPA-Seminar: Sicherheit und Verfuegbarkeit in der Anlagentechnik mit dem Schwerpunkt Verhalten von druckfuehrenden Komponenten und Systemen bei erhoehten Belastungen. Bd. 1. Vortraege 1-26