Stress Intensity Factors by Calibrated Finite Element Method

by P. F. Walsh, Res. Sci.; Div. of Building Res., CSIRO, Melbourne, Australia,


Serial Information: Journal of the Engineering Mechanics Division, 1972, Vol. 98, Issue 6, Pg. 1611-1614


Document Type: Journal Paper

Abstract: It is well established that the prediction and, thus, prevention of catastrophic crack propagation can be based on linear sharp crack fracture mechanics. A method is presented herein for the computation of KI, the Mode I stress intensity factor. The extension of this method to nonsymmetrical crack configurations will also be described. Although other finite element methods exist, the particular merits of the proposed approach are seen as its use of standard programs and the ease with which it may be extended to other forms of singularity.

Subject Headings: Cracking | Finite element method | Disasters | Linear functions | Computing in civil engineering | Standards and codes | Calibration

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