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Bonded wedges with an interface crack under anti-plane shear loading

โœ Scribed by F. Erdogan; G. D. Gupta

Publisher
Springer Netherlands
Year
1975
Tongue
English
Weight
488 KB
Volume
11
Category
Article
ISSN
1573-2673

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โœฆ Synopsis

The primary aim of this paper is to describe an analytical technique which may be used in connection with the general problem of bonded wedges containing radial cracks. The technique consists of the reduction of the related dual integral equations of the problem to a singular integral equation in a systematic manner, and is described by applying it to a relatively simple anti-plane shear problem. The paper also presents the results of various numerical examples and the closed form solution for the special case of two bonded wedges with equal angles and an interface crack.

๐Ÿ“œ SIMILAR VOLUMES

Analysis of perfectly bonded wedges and
Analysis of perfectly bonded wedges and bonded wedges with an interfacial crack under antiplane shear loading
โœ A.R Shahani; S Adibnazari ๐Ÿ“‚ Article ๐Ÿ“… 2000 ๐Ÿ› Elsevier Science ๐ŸŒ English โš– 188 KB

Antiplane shear deformation of perfectly bonded wedges as well as bonded wedges with an interface crack are studied in this paper. The solution of governing dierential equations is accomplished by means of the Mellin transform. For two edge-bonded isotropic wedges with perfect bonding along the comm

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In this paper, the anti-plane shear deformation of an anisotropic sector with a radial crack is investigated. The traction-traction boundary conditions are imposed on the radial edges and the traction-free condition is considered on the circular segment of the sector. A novel mathematical technique

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The elastic anti-plane shear problem of a long cylinder with a cracked elliptical crosssection was analyzed from the viewpoint of fracture mechanics. The crack extended through the cylinder, being a segment of the major axis of the ellipse, not necessarily in the central position. The applied loadin

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An interfacial edge crack in two bonded dissimilar orthotropic quarter planes under antiplane loading is analyzed. The problem is formulated by Fourier integral technique, and reduced to a pair of integral equations. By solving the integral equations, the asymptotic stress field near the crack tip i