Dugdale model solutions for a single edge cracked plate
โ Scribed by D. N. Fenner
- Publisher
- Springer Netherlands
- Year
- 1974
- Tongue
- English
- Weight
- 344 KB
- Volume
- 10
- Category
- Article
- ISSN
- 1573-2673
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๐ SIMILAR VOLUMES
closed-form equations are given for the plastic zone size and crack tip openingdisplacement in a circumferentially-cracked cylindrical bar under tension, treated in terms of a Dugdale-type modeI. The equations are valid from a lower limit of linear-elastic behaviour up to the intervention ofa limit-
Experimental results show that there are significant biaxial effects on the fracture behaviour of thin cracked plates. In this paper we examine the possibility of extending the Dugdale model in the presence of biaxial loads. This investigation is mainly concerned with the validity limits of the mode
Abatraet-Several solutions to the bending problem of an edge crack on a hole on the neutral axis in a wide plate are presented. Linear elastic fracture mechanics is used to generate analytical solutions for pure bending assuming no width or length effects. The finite element method is also used to a
Ahslrae-The problem of a crack emanating from a hole in a plate has been widely studied. However, almost all studies to date assume the loading to be in the form of a uniform far-field tensile stress in the plane of the plate. This study examines the case of a far-field uniform bending moment acting