2004
DOI: 10.1002/zamm.200310136
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Dugdale‐model for a ring‐shaped crack in a transtropic thick walled cylinder

Abstract: In this study, a problem of a ring‐shaped crack contained in an infinitely long thick‐walled cylinder is considered. The problem is formulated for a transtropic (transversely isotropic) material by using integral transform technique under uniform load. The governing elasticity equation for the transtropic axisymmetric problem in cylindrical co‐ordinates was obtained in terms of a Love type stress function. Hankel and Fourier transforms were applied on the stress function because of the geometry of the configur… Show more

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“…The stress intensity factors are calculated and influence of the geometrical configuration and the cladding on the SIFs are discussed. A problem of ring-shaped crack contained in an infinitely thick-walled transversely isotropic cylinder is considered by Uyaner [9]. The cylinder is under the action of uniform loading.…”
Section: Introductionmentioning
confidence: 99%
“…The stress intensity factors are calculated and influence of the geometrical configuration and the cladding on the SIFs are discussed. A problem of ring-shaped crack contained in an infinitely thick-walled transversely isotropic cylinder is considered by Uyaner [9]. The cylinder is under the action of uniform loading.…”
Section: Introductionmentioning
confidence: 99%