On the Plastic Behavior of Rotating Cylinders

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Abstract
Equations for strain and stress distribution in hollow rotating cylinders are developed. The deformations are considered to be of such magnitude, that the use of finite-strain theory is necessary. It is assumed that the relationship of true stress to true strain can be represented by a power relation. The three possible modes of plastic failure, namely, instability, cleavage, and shear fracture, are also discussed.

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