STP905

    Fracture Mechanics: Seventeenth Volume

    Underwood JH, Chait R, Smith CW, Wilhem DP, Andrews WR, Newman JC
    Published: 1986


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    A practical book containing background information and research results of particular interest to materials engineers who design structures subject to possibility of failure by fracture. Categories: ductile fracture, test methods development, surface cracks and crack shape effects, and high temperature and loading rate effects.


    Table of Contents

    Introduction
    Andrews W., Chait R., Newman J., Smith C., Underwood J., Wilhem D.

    Summary
    Andrews W., Chait R., Newman J., Smith C., Underwood J., Wilhem D.

    An Application of Fracture Mechanics to a Ship Controllable Pitch Propeller Crank Ring
    Hilton P., Mayville R., Peirce D.

    A New Wide Plate Arrest Test (SCA Test) on Weld Joints of Steels for Low Temperature Application
    Ishikawa T., Sato M., Takashima H., Tanaka K.

    Variable Flaw Shape Analysis for a Reactor Vessel under Pressurized Thermal Shock Loading
    Bamford W., Yang C.

    Growth Behavior of Surface Cracks in the Circumferential Plane of Solid and Hollow Cylinders
    Forman R., Shivakumar V.

    Fracture Toughness of Ductile Iron and Cast Steel
    Bradley W., Gerhardt P., McKinney K.

    Effect of Loading Rate on Dynamic Fracture of Reaction Bonded Silicon Nitride
    Emery A., Kobayashi A., Liaw B.

    Resistance Curve Approach to Composite Materials Characterization
    Deo R., Ratwani M.

    A Comparison of the Fracture Behavior of Thick Laminated Composites Utilizing Compact Tension, Three-Point Bend, and Center-Cracked Tension Specimens
    Harris C., Morris D.

    Residual Strength of Five Boron/Aluminum Laminates with Crack-Like Notches After Fatigue Loading
    Simonds R.

    Hold-Time Effects in Elevated Temperature Fatigue Crack Propagation
    Nicholas T., Weerasooriya T.

    Interactive Effects of High and Low Frequency Loading on the Fatigue Crack Growth of Inconel 718
    Bessler W., Petrovich A., Ziegler W.

    Creep Crack Growth under Non-Steady-State Conditions
    Saxena A.

    An Application of Stress Intensity Factor to Fatigue Strength Analysis of Welded Invar Sheet for Cryogenic Use
    Soya I., Takashima H., Tanaka Y.

    An Automated Photomicroscopic System for Monitoring the Growth of Small Fatigue Cracks
    Larsen J.

    An Experimental and Numerical Investigation of the Growth and Coalescence of Multiple Fatigue Cracks at Notches
    Grandt A., Thakker A., Tritsch D.

    Near-Tip Crack Displacement Measurements During High-Temperature Fatigue
    Lee J., Sharpe W.

    Viscoplastic Fatigue in a Superalloy at Elevated Temperatures
    Palazotto A., Wilson R.

    Fracture Testing With Arc Bend Specimens
    Kapp J., Underwood J., Witherell M.

    JIc Testing Using Arc-Tension Specimens
    Bilinsky W., Kapp J.

    Investigation and Application of the One-Point-Bend Impact Test
    Giovanola J.

    Mode II Fatigue Crack Growth Specimen Development
    Buzzard R., Gross B., Srawley J.

    A Compact Mode II Fracture Specimen
    Arcan M., Banks-Sills L.

    Influence of Partial Unloadings Range on the JI-R Curves of ASTM A106 and 3-Ni Steels
    Sutton G., Vassilaros M.

    Fracture Toughness Testing of Zircaloy-2 Pressure Tube Material with Radial Hydrides Using Direct-Current Potential Drop
    Davies P., Stearns C.

    Assessment of J-R Curves Obtained from Precracked Charpy Specimens
    Jolles M., Kapp J.

    A Single Specimen Determination of Elastic-Plastic Fracture Resistance by Ultrasonic Method
    Hirano K., Kobayashi H., Nakazawa H.

    J-Resistance Curve Analysis for ASTM A106 Steel 8-Inch-Diameter Pipe and Compact Specimens
    Gudas J., Hays R., Vassilaros M.

    Influence of Crack Depth on Resistance Curves for Three-Point Bend Specimens in HY130
    Garwood S., Towers O.

    An Investigation of the I and dJ/da Concepts for Ductile Tearing Instability
    Etemad M., Turner C.

    Computation of Stable Crack Growth Using the J-Integral
    Carifo J., Cho C., Swedlow J.

    Evaluation of Environmentally Assisted Cracking of a High Strength Steel Using Elastic-Plastic Fracture Mechanics Techniques
    Gudas J., Hackett E., Moran P.

    Plastic Energy Dissipation as a Parameter To Characterize Crack Growth
    Jolles M., Watson T.

    Stress Intensity Factors for a Circular Ring with Uniform Array of Radial Cracks of Unequal Depth
    Pu S.

    Weight Functions of Radial Cracks Emanating from a Circular Hole in a Plate
    Sha G., Yang C.

    An Empirical Surface Crack Solution for Fatigue Propagation Analysis of Notched Components
    Yau J.

    Extension of Surface Cracks During Cyclic Loading
    Müller H., Müller S., Munz D., Neumann J.

    Comparison of Predicted Versus Experimental Stress for Initiation of Crack Growth in Specimens Containing Surface Cracks
    Reuter W.

    Comparison of Ductile Crack Growth Resistance of Austenitic, Niobium-stabilized Austenitic, and Austeno-ferritic Stainless Steels
    Balladon P., Heritier J.

    Minimum Time Criterion for Crack Instability in Structural Materials
    Hada S., Homma H., Shockey D.

    Dynamic Crack Propagation and Branching under Biaxial Loading
    Anand S., Shukla A.

    Assessing the Dominant Mechanism for Size Effects on CTOD Values in the Ductile-to-Brittle Transition Region
    Anderson T., Williams S.

    Dynamic J-R Curve Testing of a High Strength Steel Using the Key Curve and Multispecimen Techniques
    Hackett E., Joyce J.

    Boundary Layer Effects in Cracked Bodies: An Engineering Assessment
    Epstein J., Olaosebikan O., Smith C.

    Stress-intensity Factors for Circumferential Surface Cracks in Pipes and Rods under Tension and Bending Loads
    Newman J., Raju I.

    Author Index

    Subject Index


    Committee: E08

    Paper ID: STP905-EB

    DOI: 10.1520/STP905-EB

    ISBN-EB: 978-0-8031-4972-4

    ISBN-13: 978-0-8031-0472-3

    ASTM International is a member of CrossRef.

    0-8031-0472-3
    978-0-8031-0472-3
    STP905-EB