This paper is concerned with the distribution of stresses near an embedded flat parabolic crack in a body of infinite extent when the crack surface is subjected to uniform normal loading. It is shown that the crack opening shape for the flat parabolic crack is an elliptic paraboloid. Also. it is sho
The distribution of stress around a flat parabolic crack in an elastic solid
โ Scribed by M.K. Kassir
- Publisher
- Elsevier Science
- Year
- 1971
- Tongue
- English
- Weight
- 711 KB
- Volume
- 2
- Category
- Article
- ISSN
- 0013-7944
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โฆ Synopsis
W-A simpk limiting procedure is reveakd whereby tk three-dimensional state of stress and defonaatba around pa&olii cracks or flaws embedded in elastic solids may be obtained. Several results are derived from availabk solutions conceraing elliptical cracks or thin-sheet rigid inclusions. In particular. stress-intensity factom used in the GriilW&win theory of fracture are evaluated and shown in curves. The findings of this investigation may +o 5 exploited to determine the strc~s-strain fkld in this sheets Ftaining pa&lkgks (and hexre seaa-tnbte cracks) from existing solubons concerning smukr bodies with
๐ SIMILAR VOLUMES
The problem of singular stresses in an infinite elastic solid containing a spherical cavity and a flat annular crack subjected to axial tension is considered. By application of an integral transform method and the theory of triple integral equations the problem is reduced to that of solving a singul