Fatigue Fracture from the Standpoint of the Stochastic Theory

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概要

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• In the previous paper the author studied the statistical aspects of fatigue fracture. In this paper as a fundamental case experiments were carried out under the reversed tension and compression fatigue test. From the results the fluctuations of the number of repeated cycles to fracture were found to have marked characteristics, which are basic features of fatigue fracture. Theoretically the problems were treated as successive events such as of damage and fracture from the standpoint of the stochastic theory, and the theory is in good agreement with these experiments. Attempt has been made to interprete the physical meaning of the transition probability from the standpoint of rate process theory, and it seems to be understood as the reaction rate.

• INSTITUTE OF PURE AND APPLIED PHYSICSの論文
• 1953-03-25

著者

• Yokobori Takeo

  Institute Of Scicnce And Tcchnology University Of Tokyo

関連論文

• The Theory of Fatigue Fracture of Metals
• Failure and Fracture of Metals as Rate Processes
• Creep Fracture of Copper as Nucleation Process
• Failure and Fracture of Metals as Nucleation Processes
• On the Rate of the Nucleation in the Recrystallization
• Fatigue Fracture of Steel.
• Delayed Fracture in Creep of Copper.
• Fatigue Fracture from the Standpoint of the Stochastic Theory
• Damage as an Initial Stage of Fatigue Fracture
• Ductility Transition and Cold Brittleness

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