The Fracture Toughness and Fatigue Crack Growth Rate of an Fe-Ni-Cr Super-Alloy at 298, 76, and 4 K

Author:

Reed R. P.,Tobler R. L.,Mikesell R. P.

Publisher

Springer US

Reference23 articles.

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2. Armco Steel Corp., “Product Data—Armco A286,” SA-1, Armco Steel Corp., Middletown, Ohio (1966).

3. R. D. Masteller, “Properties of Cryogenically Worked Materials,” NASA CR-72638 (N70–27114), Martin Marietta Corp., Denver, Colorado (May 1970).

4. C. J. Slunder, A. F. Hoenie, and A. M. Hall, “TTiermal and Mechanical Treatments for Precipitation Hardenable Stainless Steel, and Their Effects on Mechanical Properties,” NASA TM-X-53578 (February 20, 1967).

5. C. A. Schwanbeck, “Effects of Interim Warming on Tensile Properties of A286 Stainless Steel Irradiated at Cryogenic Temperatures,” LAC ER-10008 Lockheed-Georgia Company, Atlanta, Georgia (1968).

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1. Fatigue and Fracture Properties of Stainless Steels;Fatigue and Fracture;1996-01-01

2. Wrought Stainless Steels;Properties and Selection: Irons, Steels, and High-Performance Alloys;1990-01-01

3. Crack initiation and near-threshold surface fatigue crack propagation behavior of the iron-base superalloy A-286;Metallurgical Transactions A;1988-02

4. Mechanical Properties of Cold-Rolled and Aged Fe-Ni-Cr-Ti Austenitic Alloys for Low Temperature Use;Advances in Cryogenic Engineering Materials;1984

5. Low Temperature Mechanical and Physical Properties of Age-Hardened Fe-Ni-Cr-Mn Alloys;Austenitic Steels at Low Temperatures;1983

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