STP1131: An Analytical Solution for an Elliptical Crack in a Flat Plate Subjected to Arbitrary Loading

    Kuo, A-Y
    Associate and engineer, Structural Integrity Associates, Inc., San Jose, CA

    Shvarts, S
    Associate and engineer, Structural Integrity Associates, Inc., San Jose, CA

    Stonesifter, RB
    President, Computational Mechanics, Inc., Julian, PA

    Pages: 21    Published: Jan 1992


    Abstract

    An elliptical or partial-elliptical crack (either embedded or surface) of any orientation in a flat plate subjected to arbitrary crack surface loading is studied in this paper. Based on two analytical solutions, an elliptical crack embedded in an infinite space subjected to arbitrary crack surface loading and an uncracked flat plate subjected to arbitrary loading on its bounding surfaces, an alternating analytical procedure has been developed by the authors for the three-dimensional crack problem. The alternating analytical technique for the elliptical crack problem has been also implemented into a user-friendly computer software for use in mainframe and personal computers.

    Keywords:

    linear elastic fracture mechanics, mixed-mode fracture, partial-elliptical crack, surface crack, embedded crack, flat plate, alternating technique, analytical solutions, threedimensional problems, fracture mechanics, fatigue (materials)


    Paper ID: STP23714S

    Committee/Subcommittee: E08.08

    DOI: 10.1520/STP23714S


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