STP1256

    Fracture Mechanics: 26th Volume

    Reuter W, Underwood JH, Newman JC

    Pages: 834

    Published: 1995

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    Compiles the latest information in fracture mechanics research from the world's leading scientists and engineers in the field. In addition to an extensive overview of applied fracture mechanics as it pertains to pressure vessels safety, STP 1256 features 42 peer-reviewed papers that cover: Constraint Crack Initiation; • Constraint Crack Growth; • Weldments; • Engineered Materials; • Subcritical Crack Growth; • Dynamic Loading; • and Applications.


    Table of Contents

    Patterns and Perspectives in Applied Fracture Mechanics
    Merkle J.

    Two-Parameter (J-Q) Fracture Characterization of Ductile Tearing
    Mai Y., Wu S.

    The Relationship Between Constraint and Ductile Fracture Initiation as Defined by Micromechanical Analyses
    Panontin T., Sheppard S.

    J-Integral for a Semi-Elliptical Surface Crack at a Bimaterial Interface
    Landes J., Sharobeam M.

    Experimental Application of Methodologies to Quantify the Effect of Constraint on Jc for a 3-D Flaw Geometry
    Dodds R., Link R., Porr W., Waskey J.

    Wide Range CTOD Estimation Formulae for SE(B) Specimens
    Kirk M., Wang Y.

    Effects of Constraint on Upper Shelf Fracture Toughness
    Joyce J., Link R.

    Effects of 3-D Transverse Constraint on the Evolution of In-Plane Q-Stress
    Shum D.

    Tests and Analyses for Fully Plastic Fracture Mechanics of Plane Strain Mode I Crack Growth
    Kim Y., McClintock F., Parks D.

    Three-Dimensional CTOA and Constraint Effects During Stable Tearing in a Thin-Sheet Material
    Bigelow C., Dawicke D., Newman J.

    Orientation Effects on the Measurement and Analysis of Critical CTOA in an Aluminum Alloy Sheet
    Dawicke D., Newman J., Sutton M.

    An Experimental Study of CTOD for Mode I/Mode II Stable Crack Growth in Thin 2024-T3 Aluminum Specimens
    Amstutz B., Dawicke D., Newman J., Sutton M.

    Evaluation of Disk-Shaped Compact Specimen for Determining J-R Curves
    Gross L., VanDerSluys W., Wade C., Yoon K.

    Constraint Effects Observed in Crack Initiation Stretch
    Ernst H., Lambert D.

    Three-Dimensional Crack Growth Assessment By Microtopographic Examination
    Lloyd W., Piascik R.

    On the Effect of Mismatching on Structural Resistance of Welds
    Eripret C., Franco C., Gilles P.

    CTOD (δ5) Estimate of Mis-Matched Joints Using the ETM-MM Procedure
    Cornec A., Hao S., Hornet P., Koçak M., Schwalbe K.

    Significance of Locally Intensified Strain Ageing to the Fracture Toughness of Welded Steel Structures
    Dawes M.

    Investigation of Fracture Mechanical Behaviour of Nodular Cast Iron and Welded Joints with Parent-Material-Like Weld Metal
    Baer W., Pusch G.

    Fracture Toughness Testing of Bi-Material Joints with High Strength Mis-Match
    Cornec A., Hornet P., Koçak M., Schwalbe K.

    Experiments and Analyses on Undermatched Interleaf Specimens in Bending
    Epstein J., Ganti S., Lloyd L., McClintock F., Parks D., Reuter W.

    Fracture Behaviour of Subclad Cracks
    Hodulak L., Siegele D.

    Stress-Intensity-Factor Influence Coefficients for Semielliptical Inner-Surface Flaws in Clad Pressure Vessels
    Bryson J., Keeney J.

    Evaluation and Significance of Fracture Toughness in Ceramic Materials
    Mutoh Y.

    Analysis of Damage and Failure in Metal Matrix Composites
    Brust F., Majumdar B., Newaz G.

    Translaminar Fracture Toughness Test Methods and Results from Interlaboratory Tests of Carbon/Epoxy Laminates
    Ashbaugh N., Eidinoff H., Kortschot M., Lloyd W., Underwood J., Wilson D.

    Cyclic Fatigue Mechanisms in Partially Stabilised Zirconia
    Hoffman M., Kawahara M., Kishi T., Mai Y., Wakayama S.

    Predicting Crack Growth in Continuous-Fiber Composite Materials
    Cordes J., Yazici R.

    Constraint Effect on Fracture Behaviour of Adhesive Joints with Different Bond Thickness
    Daghyani H., Mai Y., Ye L.

    Reduction of the Stresses in a Joint of Dissimilar Materials Using Graded Materials as Interlayer
    Munz D., Yang Y.

    In-Plane Fracture Toughness Measurement of Paper
    He H., Leung R., Mai Y., Seth R.

    Fatigue Crack Growth Behavior of Al-Li Alloy 1441
    Parida B., Prakash R.

    Fatigue Crack Growth Behavior of Ti-1100 at Elevated Temperature
    Maxwell D., Nicholas T.

    Fatigue Fracture of Thin Plates Under Tensile and Transverse Shear Stresses
    Bamford J., Viz M., Zehnder A.

    The Application of a Logic Framework for Fatigue Crack Growth Analyses to Microstructural Effects
    Liu H., Xu J.

    Numerical Modeling and Experiments of Creep Crack Growth Under Cyclic Loading
    Brust F.

    Intermittent Environment-Assisted Crack Growth During Slow Constant Extension Rate Testing
    Meyn D., Webb T.

    Strain Rate and Inertial Effects on Impact Loaded Single-Edge Notch Bend Specimens
    Dodds R., Vargas P.

    Evaluation of Test Methods for Dynamic Toughness Characterization of Duplex Stainless Steel Forgings
    Natishan M., Tregoning R.

    Introduction of δ5 as an Operational Definition of the CTOD and Its Practical Use
    Schwalbe K.

    Fracture Mechanics Life Prediction Computer Code Verification and Validation
    Wilson C.

    Fracture Toughness and Critical Crack Sizes for the Space Shuttle Solid Rocket Motor D6AC Steel Case
    Berry R., Bland J., Newman J.

    Validation of R6 Defect Assessment Methodology Using Experiments on Plates and Pipes with Surface Cracks
    Couterot C., Hodulak L., Memhard D.

    Author Index

    Subject Index


    Committee: E08

    Paper ID: STP1256-EB

    DOI: 10.1520/STP1256-EB

    ISBN-EB: 978-0-8031-5311-0

    ISBN-PRINT: 978-0-8031-1996-3

    ASTM International is a member of CrossRef.

    0-8031-1996-8
    978-0-8031-1996-3
    STP1256-EB