Fracture Mechanics: Twenty-Fourth Volume

    Landes JD, McCabe DE, Boulet JAM
    Published: 1994

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    Contains significant insight on the latest international developments in fracture mechanics. Central thermes are constraint issues and nonlinear fracture mechanics. Several papers also deal with the industry's most active topic of study, the two-parameter fracture mechanics approach to constraint and its impact on transition fracture toughness.

    9 sections cover:

    • Progress in Fracture Mechanics Research

    • Constraint Issues

    • Ductile to Brittle Transition

    • Elastic-Plastic Fracture

    • High Temperature Effects

    K Analysis

    • Applications

    • Fatigue

    • Nonmetallic Materials

    Table of Contents

    Landes J.

    Reflections on Progress in Fracture Mechanics Research
    Paris P.

    Two-Parameter Fracture Mechanics: Theory and Applications
    O'Dowd N., Shih C.

    Two-Parameter Crack-Tip Field Associated with Stable Crack Growth in a Thin Plate: An Experimental Study
    Dadkhah M., Kobayashi A.

    An Approximate Technique for Predicting Size Effects on Cleavage Fracture Toughness (Jc) Using the Elastic T Stress
    Anderson T., Dodds R., Kirk M.

    A Void Growth Model Relating Fracture Toughness and Constraint
    Anderson T., Miller T.

    Crack Depth Effects Measured by Dynamic Fracture Toughness Tests
    Nevalainen M., Rintamaa R., Wallin K.

    Interim Results from the Heavy Section Steel Technology (HSST) Shallow-Crack Fracture Toughness Program
    Rolfe S., Shum D., Theiss T.

    Application of J-Q Fracture Methodology to the Analysis of Pressurized Thermal Shock in Reactor Pressure Vessels
    Rolfe S., Shum D., Theiss T.

    Single-Specimen Test Analysis to Determine Lower-Bound Toughness in the Transition
    Heerens J., Landes J., Petrovski B., Schwalbe K., Zerbst U.

    A Theoretical Framework for Addressing Fracture in the Ductile-Brittle Transition Region
    Anderson T., Dodds R., Stienstra D.

    A Perspective on Transition Temperature and KJc Data Characterization
    McCabe D., Merkle J., Nanstad R.

    Evaluation of Elastic-Plastic Fracture Toughness Testing in the Transition Region through Japanese Interlaboratory Tests
    Iwadate T., Yokobori T.

    A Statistical Study on the Effect of Local Brittle Zones (LBZs) on the Fracture Toughness (Crack Tip Opening Displacement) of Multipass Welded Joints
    Machida S., Suzuki Y., Yoshinari H.

    Crack Tip Opening Displacement (CTOD) Testing Method for Heat-Affected Zone (HAZ) Toughness of Steel Welds with Particular Reference to Local Inhomogeneity
    Toyoda M.

    Results of MPC/JSPS Cooperative Testing Program in the Brittle-to-Ductile Transition Region
    Miglin M., Van Der Sluys W.

    Effect of Strain Rate on Small Specimen Fracture Toughness in the Transition Region
    Iwadate T., Kusuhashi M., Tanaka Y.

    Analysis of Results from the MPC/JSPS Round Robin Testing Program in the Ductile to-Brittle Transition Region
    Miglin M., Oberjohn L., Van Der Sluys W.

    Determination of Lower-Bound Fracture Toughness for Heavy-Section Ductile Cast Iron (DCI) and Estimation by Small Specimen Tests
    Arai T., Nickell R., Saegusa T., Urabe N., Yagawa G.

    An Interpretation of the Scatter in Brittle - Ductile Transition Region As a Statistical Event as a Result of the Two Different Populations
    Ichikawa M., Yokobori T.

    Ductile-Brittle Fracture Transition as a Result of Increasing In-Plane Constraint in a Medium Carbon Steel
    Cotterell B., Mai Y., Wu S.

    Resistance Curve Analysis of Surface Cracks
    Ernst H., McCabe D., Rush P.

    Simpler JIc Test and Data Analysis Procedures for High-Strength Steels
    Abbott R., Troiano E., Underwood J.

    A New Application of Normalization: Developing J-R Curves from Displacement Versus Crack Length and from Displacement Alone
    Landes J., Lee K.

    R-Curve, Energy Dissipation Rate, and Crack Opening Angle Models for Large Amounts of Ductile Crack Growth in Bending
    Turner C.

    Dislocation Emission and Dynamics Under the Stress Singularity at the Crack Tip and Its Application to the Dynamic Loading Effect on Fracture Toughness
    Isogai T., Iwadate T., Yokobori A.

    Crack Growth Under Small Scale and Transition Creep Conditions in Creep-Ductile Materials
    Saxena A., Tabuchi M., Yagi K.

    Effects of Mean Load on Creep and Fatigue Crack Growth at Elevated Temperature
    Hour K., Stubbins J.

    Evaluation of the Relationship Between C*, δ5, and δt during Creep Crack Growth
    Dogan B., Saxena A., Schwalbe K.

    Crack-Face Interaction: Protrusion Interference in Brittle Materials
    Boulet J.

    Elastic-Plastic Mode II Fracture in an Aluminum Beam
    Cordes J., Yazici R.

    Stress Intensity Factor Solutions for Surface Cracks in Flat Plates Subjected to Nonuniform Stresses
    Mettu S., Raju I., Shivakumar V.

    Weight Functions for Eccentric Cracks
    Albrecht P., Chen X.

    Fracture Criteria for Surface Cracks in Brittle Materials
    Macdonald B., Newman J., Powell S., Reuter W.

    The Crack Tip Opening Displacement and J Integral Under Strain Control and Fully Plastic Conditions Estimated by the Engineering Treatment Model for Plane Stress Tension
    Schwalbe K.

    Fracture Mode Evaluation of Flawed Piping Under Dynamic Loading
    Nickell R., Quiňones D.

    Fracture Capacity of High Flux Isotope Reactor (HFIR) Vessel with Random Crack Size and Toughness
    Chang S.

    Simulation of Fatigue Crack Growth of an Inclined Elliptically Shaped Subsurface Crack in Residual Stress Fields
    Fischer F., Mayrhofer K., Parteder E.

    Surface Crack Growth in Inconel 718 During Large Unload-Reload Cycles
    Hudak S., McClung R.

    Effects of Cyclic Loading on the Deformation and Elastic-Plastic Fracture Behavior of a Cast Stainless Steel
    Hackett E., Joyce J., Roe C.

    The Application of a Ductile Fracture Method to Polymer Materials
    Landes J., Zhou Z.

    Methodology for Predicting Canopy Fracturing Patterns During Ejection
    Arnold R., Ayoub P., Collins P., Tung R.

    Calculation of Stress Intensity Factors for Interface Cracks Under Mixed-Mode Loading
    Crews J., Naik R.

    Impact Testing of Al2O3 and SiCw/Al2O3 Ceramics
    Deobald L., Kobayashi A.

    Author Index

    Subject Index

    Committee: E08

    DOI: 10.1520/STP1207-EB

    ISBN-EB: 978-0-8031-5270-0

    ISBN-13: 978-0-8031-1990-1

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