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A NOTCH INTENSITY FACTOR APPROACH TO THE STRESS ANALYSIS OF WELDS

Fatigue and Fracture of Engineering Materials and Structures, 1998
In the context of linear elastic stress gradients that are present in welded joints, a stress field approach based on notch stress intensity factors is presented with the aim of describing stress distributions in the neighbourhood of weld toes, since fatigue strength is dependent on such distributions.
P Lazzarin, R Tovo
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Stress Intensity Factors

Journal of Applied Mechanics, 1983
In this paper the concept of the stress intensity factor, the underlying mechanics problem leading to its emergence, and its physical relevance, particularly its relation to fracture mechanics are discussed, the reasons as to why it has become nearly an indispensable tool for studying such important phenomena as brittle fracture and fatigue or ...
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Evaluation of stress intensity factors

Journal of Strain Analysis, 1975
Some of the more useful methods of evaluating stress intensity factors are presented in a concise form. The stress intensity factor is defined and compared with the more familiar stress concentration factor. The shape factor, the parameter which characterizes the shape of the crack, the orientation of the crack and the proximity of other boundaries, is
D J Cartwright, D P Rooke
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Stress intensity factors in the presence of contact stresses

Engineering Fracture Mechanics, 1995
Abstract In this paper, a loaded tolerance-fit pin in a cracked or uncracked lug is studied. Both symmetrical and non-symmetrical cracks are considered. A symmetrical contact problem due to symmetrical cracks, can be solved automatically. However, non-symmetrical problems can be solved only by re-meshing at each load step if a consistent and smooth ...
K.W. Man, M.H. Aliabadi, D.P. Rooke
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Calculation of stress intensity factor from stress concentration factor

Engineering Fracture Mechanics, 1978
Abstract Using the general formulas of stress concentration factor, methods for calculating stress intensity factor are mentioned. These methods make use of the several known values of stress concentration and radius of curvature at the point of stress concentration to form expression of stress concentration factor.
Hasebe Norio, Kutanda Yasuhiro
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DISLOCATION PILE-UPS AND STRESS INTENSITY FACTORS

The Quarterly Journal of Mechanics and Applied Mathematics, 1984
The accumulation of line dislocations at a block in a slip-plane is considered. The dislocations are taken to be continuously distributed and their speed is taken to be proportional to the (appropriate component of) stress. The external stress is assumed to be constant.
Wood, W. W., Head, A. K.
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