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TECHNICAL PAPERS

Elevated-Temperature Mechanical Properties of an Advanced-Type 316 Stainless Steel

[+] Author and Article Information
Charles R. Brinkman

Metals and Ceramics Division, Oak Ridge National Laboratory,2 Oak Ridge, TN 37831-6154e-mail: brinkmancr@ornl.gov

J. Pressure Vessel Technol 123(1), 75-80 (Oct 20, 2000) (6 pages) doi:10.1115/1.1343911 History: Received January 01, 2000; Revised October 20, 2000
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References

Figures

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Yield strength (a) and tensile strength (b) of type 316FR stainless steel as a function of temperature and strain rate
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Comparison of creep-rupture data for type 316FR stainless steel generated at ORNL and in Japan with predictions based on the Japanese-98 FME equation
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Comparison of creep-rupture ductilities at two temperatures from data for type 316FR stainless steel generated at ORNL and in Japan
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Comparison of minimum creep rate data for type 316FR stainless steel generated at ORNL and in Japan with estimates based on the Japanese-98 FME equation at three temperatures
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Comparison of creep-rupture data for types 316FR and 316L(N) stainless steel with the ORNL creep-rupture equation for type 316 stainless steel at three temperatures
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Comparison of continuous-cycle fatigue data at 500°C generated at ORNL and in Japan for type 316FR stainless steel (plate and forging) with estimates based on the Japanese-98 FME fatigue equation. Data for type 316 stainless steel are also shown for comparison purposes.
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Comparison of continuous-cycle fatigue data at 550°C generated at ORNL and in Japan for type 316FR stainless steel (plate and forging) with estimates based on the Japanese-98 FME fatigue equation. Data for type 316 stainless steel and an equation for this material are given for comparison purposes.
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Comparison of continuous-cycle fatigue data at 600°C generated at ORNL and in Japan for type 316FR stainless steel (plate and forging) with estimates based on the Japanese-98 FME fatigue equation. Data for type 316 stainless steel and an equation for this material are also given for comparison purposes.
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Creep-fatigue data for types 316 and 316FR stainless steel generated at 550°C and at a strain range of 1 percent, and plotted as cycles to failure as a function of hold time
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Creep-fatigue data for types 316 and 316FR stainless steel generated at 593 to 600°C

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