## Applications of Fracture Mechanics to Engineering Problems: Design Concepts - Fibrous Composites - Adhesive Joints - Fatigue |

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### Contents

WHAT THE DESIGNER MUST KNOW ABOUT FRACTURE | 1 |

FRACTURE MECHANICS OF PLASTICFIBER COMPOS | 1 |

STRESS AND FRACTURE ANALYSIS OF ADHESIVE | 43 |

1 other sections not shown

### Common terms and phrases

adhesive joints adhesive layer annealed Ti-6A1-4V alloy applied stress butt joint calculated central crack constant crack angle crack extension crack length crack of length crack plane Crack Problems crack propagation crack tip critical stress critical value Data of Reference direction of crack E-glass effects elastic engineering epoxy equation Erdogan experimental fatigue analysis fatigue crack growth fiber composite flaw frac fracture mechanics fracture toughness function G. C. Sih K-factor Kmax ksi/in lap joint Lehigh University length 2a load carrying capacity Maraging Steel material properties matrix Mechanics Lehigh University mill annealed Ti-6A1-4V oooo P. D. Hilton parameter penny-shaped crack plane strain plate Poisson's ratio prediction R. P. Wei radius Scotchply 1002 shear shear stresses Solid Mechanics specimen strain-energy density factor stress analysis stress concentration stress field stress intensity factor structural component surface Table tensile strength tensile stress tension theory thickness tion ture variables Young's modulus