Deformation and fracture of a material in one-dimensional elastoplastic problems |
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Authors: | A M Kovrizhnykh |
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Institution: | 1.Institute of Mining,Siberian Branch of the Russian Academy of Sciences,Novosibirsk,Russia |
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Abstract: | The ideal plasticity model based on the Tresca-Saint-Venant criterion is used to solve one-dimensional problems of deformation
and fracture of solids with circular boundaries. A thickwalled cylinder and a hollow sphere under pressure, cylindrical and
hollow cavities in an unbounded body, and uniform extension at infinity of a plate with a free circular hole are considered.
In simple elastoplastic problems, the proposed approach allows one to determine the value of the maximum external load at
the fracture initiation and the motion of the fracture front for a given displacement of points of the contour on which this
load acts. |
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Keywords: | |
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