Fracture Mechanics

    Roberts R
    Published: 1981

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    Fracture mechanics has become one of the preeminent disciplines utilized in the evaluation of structural integrity during the past 20 years. This publication covers the following topics: fatigue of engineering materials with principle applications to metals, stress-intensity factors; elastic-plastic fracture mechanics, and fracture mechanics and structure integrities.

    Table of Contents

    Roberts R.

    Roberts R.

    Fatigue Crack Growth Behavior and Life Predictions for 2219-T851 Aluminum Subjected to Variable-Amplitude Loadings
    Chang J., Engle R., Stolpestad J.

    Effect of Residual Stress on Fatigue Crack Growth Rate Measurement
    Bucci R.

    Benefits of Overload for Fatigue Cracking at a Notch
    Kapp J., Underwood J.

    A Simple Crack Closure Model for Prediction of Fatigue Crack Growth Rates Under Variable-Amplitude Loading
    de Koning A.

    A Model for Representing and Predicting the Influence of Hold Time on Fatigue Crack Growth Behavior at Elevated Temperature
    Saxena A., Shih T., Williams R.

    Fatigue Growth of Initially Physically Short Cracks in Notched Aluminum and Steel Plates
    Forte T., Leis B.

    Fatigue Fracture Micromechanisms in Poly(Methyl Methacrylate) of Broad Molecular Weight Distribution
    Hertzberg R., Janiszewski J., Manson J.

    Fatigue Crack Growth Rates as a Function of Temperature
    Marci G.

    A Fracture Mechanics Study of Stress-Corrosion Cracking of Some Austenitic and Austeno-Ferritic Stainless Steels
    Balladon P., Freycenon J., Heritier J.

    An Experimental Investigation of Creep Crack Growth in IN100
    Donath R., Fu L., Nicholas T.

    A Fracture-Toughness Correlation Based on Charpy Initiation Energy
    Norris D., Reaugh J., Server W.

    Anomaly of Toughness Behavior with Notch-Root Radius
    Datta K., Wood W.

    Final Stretch Model of Ductile Fracture
    Sedmak S., Wnuk M.

    Strength/Toughness Relationship for Interstitially Strengthened AISI 304 Stainless Steels at 4 K Temperature
    Read D., Reed R., Tobler R.

    Some Problems in the Application of Fracture Mechanics
    Clark W.

    Fracture Mechanics Technology Applied to Individual Aircraft Tracking
    Denyer A.

    Dependence of Strength on Particle Size in Graphite
    Kennedy C., Kennedy E.

    Fracture Behavior of a Thick-Section Graphite/Epoxy Composite
    Logsdon W., Shih T.

    Fracture Control in Ballistic-Damaged Graphite/Epoxy Wing Structure
    Avery J., Bradley S., King K.

    An R-Curve for a Surface Crack in Titanium
    Lewis J., Sines G.

    Stress-Intensity Factors for Complete Circumferential Interior Surface Cracks in Hollow Cylinders
    Harris D., Lim E.

    Effect of Higher-Order Stress Terms on Mode-I Caustics in Birefringent Materials
    Phillips J., Sanford R.

    Influence Functions for Stress-Intensity Factors at a Nozzle Corner
    Heliot J., Labbens R., Robisson F.

    Stress-Intensity Distributions for Natural Flaw Shapes Apprximating ‘Benchmark’ Geometries
    Andonian A., Kirby G., Peters W., Smith C.

    Stress-Intensity Factor for a Corner Crack at the Edge of a Hole in a Plate
    Palusamy S., Raymund M.

    Short Rod and Short Bar Fracture Toughness Specimen Geometries and Test Methods for Metallic Materials
    Barker L.

    Estimations on J-Integral and Tearing Modulus T from a Single Specimen Test Record
    Ernst H., Landes J., Paris P.

    A More Basic Approach to the Analysis of Multiple-Specimen R-Curves for Determination of Jc
    Carlson K., Williams J.

    An Experimental Evaluation of Tearing Instability Using the Compact Specimen
    Joyce J., Vassilaros M.

    Relationship Between Critical Stretch Zone Width, Crack-Tip Opening Displacement, and Fracture-Energy Criterion: Application to SA-516-70 Steel Plates
    Nguyen-Duy P.

    Single-Specimen Tests for JIc Determination—Revisited
    Clarke G.

    Small-Specimen Brittle-Fracture Toughness Testing
    Andrews W., Kumar V., Little M.

    Effect of Cyclic Frequency on the Corrosion-Fatigue Crack-Initiation Behavior of ASTM A517 Grade F Steel
    Barsom J., Taylor M.

    Evaluation of Crack Growth Gages for Service Life Tracking
    Holloway D., Saff C.


    Committee: E08

    DOI: 10.1520/STP743-EB

    ISBN-EB: 978-0-8031-4809-3

    ISBN-13: 978-0-8031-0732-8

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