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Properties Of Temperature-Resistant Materials Under Tensile And Compressive Fatigue Stress
Author(s): Lazan, B. J., Westberg, E.
Corporate Author(s): Syracuse University
Laboratory: Materials Laboratory
Date of Publication: 1952-01
Report number: WADC TR 52-227
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Damping, Elasticity, And Fatigue Properties Of Temperature-Resistant Materials
Author(s): Lazan, B. J., Demer, L. J.
Corporate Author(s): Syracuse University
Laboratory: Materials Laboratory
Date of Publication: 1952-01
Report number: WADC TR 52-243
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Metallographic Studies On N-155 Specimens Exposed To Static And Dynamic Stress At Elevated Temperatures
Author(s): Morral, F. R., Lazan, B. J.
Corporate Author(s): Syracuse University
Laboratory: Materials Laboratory
Date of Publication: 1952-02
Report number: WADC TR 52-253
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Dynamic Creep and Rupture Properties of Temperature Resistant Materials under Tensile Fatigue Stress
Corporate Author(s): Syracuse University
Date of Publication: 1949-11
Report number: AF TR 5930
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The Effects Of Interstitial Contaminants On The Notch-Tensile Properties Of Titanium And Titanium Alloys. Part I. Iodide And Sponge Titaniuim
Author(s): Klier, E. P., Feola, N. J.
Corporate Author(s): Syracuse University
Laboratory: Materials Laboratory
Date of Publication: 1956-03
Report number: WADC TR 55-325 Part 1
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The Effects Of Interstitial Contaminants On The Notch-Tensile Properties Of Titanium And Titanium Alloys. Part II Alloy Titanium.
Author(s): Klier, E. P., Feola, N. J.
Corporate Author(s): Syracuse University
Laboratory: Materials Laboratory
Date of Publication: 1956-08
Report number: WADC TR 55-325 Part 2
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Design Properties Of High-Strength Steels In The Presence Of Stress Concentrations And Hydrogen Embrittlement Sup. 1. Effects Of Hydrogen Embrittlement On High-Strength Steels (Fatigue Properties)
Author(s): Mudvi, B. B., Klier, E. P., Sachs, G.
Corporate Author(s): Syracuse University
Laboratory: Materials Laboratory
Date of Publication: 1956-02
Report number: WADC TR 55-18 Supplement 1
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Design Properties Of High-Strength Steels In The Presence Of Stress-Concentrations And Hydrogen Embrittlement Part I. Effects of Hydrogen Embrittlement on Static Properties of High-Strength Steels
Author(s): Klier, E. P., Sachs, George, Muvdi, B. B.
Corporate Author(s): Syracuse University
Laboratory: Materials Laboratory
Date of Publication: 1955-05
Report number: WADC TR 55-18 Part 1
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Design Properties Of High-Strength Steels In The Presence Of Stress Concentrations And Hydrogen Embrittlement: Effects Of A Number Of Variables On The Mechanical Proporties Of Aircraft High-Strength Steels
Author(s): Muvdi, B. B., Sachs, G., Klier, E. P.
Corporate Author(s): Syracuse University
Laboratory: Materials Laboratory
Date of Publication: 1956-01
Report number: WADC TR 55-103 Supplement 1
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Design Properties Of High-Strength Steels In The Presence Of Stress Concentrations: Effects Of A Number Of Variables On The Mechanical Properties of Aircraft High-Strength Steels
Author(s): Muvdi, B. B., Sachs, G., Klier, E. P.
Corporate Author(s): Syracuse University
Laboratory: Materials Laboratory
Date of Publication: 1956-01
Report number: WADC TR 55-103