Review Of Previous Work On Short-Time Tests For Predicting Fatigue Properties Of Materials
Report Number: WADC TR 53-122
Author(s): Vitovec, Franz H., Lazan, Benjamin J.
Corporate Author(s): University Of Minnesota
Laboratory: Materials Laboratory
Date of Publication: 1953-08
Pages: 67
Contract: AF 33(038)-20840
DoD Project: None Given
PB Number: PB119548
Identifier: AD0020161
Abstract:
Experimental observations relating to the fatigue process and theories of fatigue are briefly reviewed. Short-time fatigue testing methods are systematically reviewed and critically discussed. The classification of the methods is based on the relationship of fatigue properties to static properties, to stress-strain characteristics under reversed stress, and to other physical properties. Other methods discussed involve assumptions regarding the shape of the S-N curve. Also tests utilizing special loading conditions are reviewed. Advantages and applicability of the different methods are discussed.
Provenance: IIT
Author(s): Vitovec, Franz H., Lazan, Benjamin J.
Corporate Author(s): University Of Minnesota
Laboratory: Materials Laboratory
Date of Publication: 1953-08
Pages: 67
Contract: AF 33(038)-20840
DoD Project: None Given
PB Number: PB119548
Identifier: AD0020161
Abstract:
Experimental observations relating to the fatigue process and theories of fatigue are briefly reviewed. Short-time fatigue testing methods are systematically reviewed and critically discussed. The classification of the methods is based on the relationship of fatigue properties to static properties, to stress-strain characteristics under reversed stress, and to other physical properties. Other methods discussed involve assumptions regarding the shape of the S-N curve. Also tests utilizing special loading conditions are reviewed. Advantages and applicability of the different methods are discussed.
Provenance: IIT