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FATIGUE BEHAVIOR OF THE REINFORCED SYSTEM CONSTITUENTS
FATIGUE TESTS OF THE REINFORCED SYSTEM
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2Real adhesive adhesive layer aluminum Appendix applied load cycles axis Chapter coefficient Complex functions composite sheet contour integration crack and debond crack growth rate crack propagation rates crack surface crack tip cracked isotropic sheet cracked metal sheet cracked sheet debond aspect ratio debond front debond growth debond length debond propagation determined developed effective shear modulus elastic empirical constants energy release rate experimental fatigue behavior finite difference finite element finite element solution fracture mechanics functions for displacements functions for stresses Green's functions half-crack length inch interlaminar stresses laminate linear linear elastic Log(z Muskhelishvili l975 nonlinear behavior Panel photoelastic plane stress Poisson's ratio region reinforced system remote stress RETURN END SUBROUTINE SCON shear stresses shown on figure strain energy release strain gages stress analysis stress distribution stress functions stress intensity SUBROUTINE Substituting equations uncracked orthotropic sheet values yielding