The stress distribution in plates bonded through stepped joints is analyzed. The problem is solved under the assumption of gen eralized plane stress. A series of examples are worked out on specific plate geometries and material combinations. The effect of step ends is separately studied. As a limiting case, the solution for bonded plates with a smoothly tapered joint is given, and its results are compared with that of stepped joint.
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References
1.
F. Erdogan, "Distribution of Adhesive Shear Stress in a Stiffened Plate", Technical Progress Report, NASA Grant No. NGR-39-007-011, December 1969.
2.
V.L. Hein and F. Erdogan, "Stress Singularities in a Two-Material Wedge", to appear in the Int. J. Fracture Mechanics, 1971.
