General Papers
| An Experimental Approach to Fracture Initiation in Structural Steels | |
| W. Soete |
| Aspects of Fracture in the Production and Service of Welded Structures | |
| N. F. Eaton, A. G. Glover, J. T. McGrath |
| Cracking and Fracture of Composites | |
| G. A. Cooper, M. R. Piggott |
| Creep Failure by Cavitation Under Non-Steady Conditions | |
| W. Greenwood |
| Development of Fatigue Cracks in Real Structures: Applications to Aircraft Design | |
| J. Nemec, J. Drexler, M. Klesnil |
| Dynamic Crack Propagation and Arrest in Plates, Pipes and Pressure Vessels | |
| G. T. Hahn, M. F. Kanninen |
| Elastic/Plastic Separation Energy Rate for Crack Advance in Finite Growth Steps | |
| A. P. Kfouri and J. R. Rice |
| Elastic-Plastic Crack Tip Characterization in Relation to R-Curves | |
| G. R. Irwin, P. C. Paris |
| Failure Maps Applied to Metal Deformation Processes | |
| J. D. Embury, G. H. LeRoy |
| Fatigue at High Temperature | |
| L. F. Coffin, Jr. |
| Flow Localization and the Fracture Toughness of High Strength Materials | |
| E. Smith, T. S. Cook, C. A. Ran |
| Fracture in High Polymers: a Molecular Interpretation | |
| H. H. Kausch |
| Fracture Research in the Max-Planck-Inst¡tute in Dusseldorf | |
| A. Kocliendorfer |
| Initiation and Growth of Crazes in Glassy Polymers | |
| A. S. Argon, J. G. Hannoosh, M. M. Salama |
| Mechanism of Embrittlenient and Brittle Fracture in Liquid Metal Environments" | |
| M. H. Kamdar |
| Micro and Macro Fracture Mechanics Approach to Brittle Fracture and Fatigue Crack Growth | |
| T. Yokobori, S. Konosu, A. T. Yokobori, Jr. |
| Micro-Mechanisms of Fracture and the Fracture Toughness of Engineering Alloys | |
| J. F. Knott |
| Molecular Model of Fracture of Fibrous Polymeric Material | |
| A. Peter |
| Morphology and Fracture of Bone | |
| K. R. Piekarski |
| Progress in the Development of Fracture Mechanism Maps | |
| M. F. Ashby |
| Rapid Fracture in Bearing Steels | |
| L. Averbach |
| Some Aspects of Fatigue Crack Growth in Metals and Alloys | |
| J. Beevers |
| Some Aspects of Noil-Linear Fracture Mechanics | |
| A. J. Carlsson, K. M. Markstrom |
| Some Recent Theoretical and Experimental Developments in Fracture Mechanics | |
| H. Liebowitz, J. Eftis, D. L. Jones |
| Stress Corrosion Crack Propagation | |
| J. C. Scully |
| Tensile Instabilities in Strain-Rate Dependent Materials | |
| Vittorio Di Cocco, H. Obrecht |
| The Application of Risk Analysis to the Brittle Fracture and Fatigue of Steel Structures | |
| S. Tetelman, P. M. Besuner |
| The Design and Failure Analysis of a Cargo Containment System for a Liquid Natural Gas Ship | |
| D. J. Burns, R. J. Pick, T. Brown |
| The Effects of Hydrogen and Impurities on Brittle Fracture in Steel" | |
| C. J. McMahon, Jr., C. I.. Briant, S. K. Banerji |
| The Fracture Toughness of Ceramics | |
| A. G. Evans, A. H. Heuer, L. Porter |
| The Impact Testing of Polymers - A Reassessment | |
| J. G. Williams, M. W. Birch |
| The Influence of Hydrostatic Pressure on Fracture | |
| D. Francois |
| The Prediction of Creep Fracture in Engineering Alloys | |
| D. McLean, B. F. Dyson, D. M. R. Taplin |
| Workability in Bulk Forming Processes | |
| A. Kuhn, G. E. Dieter |
| A Comparison of Methods of Correlating Creep Crack Growth | |
| G. A. Webster, K. M. Nikbin, C. E. Turner |
| A Computer Simulation of Fatigue Crack Propagation Based on the Crack Closure Concept | |
| M. Shiratori, T. Miyoshi, H. Miyamoto, T. Mori |
| A Contribution to the Study of the Influence of Environment on Crack Growth Rate of High Strength Aluminum Alloys in Fatigue | |
| C. Gasc, J. Petit, B. Bouchet, J. De Fouquet |
| A Ductile Fracture Criterion for Metals | |
| R. Helms, K. Naseband |
| A Generalized Design Procedure for Estimating Total Fatigue Life in the Low Cycle Range for Notched Components | |
| R. M. Gamble |
| A Micro-Probabilistic Approach to the Ductile Deformation and Fracture of Metals - 1. Preliminary Investigation | |
| R. Sowerby, Y. M. Haddad |
| A Model for Fatigue Crack Initiation in Polycrystalline Solids | |
| J. W. Provan |
| A Model for Fatigue Crack Propagation in Deforraable Media with Nonlinear Characteristics | |
| D. D. Cioclov |
| A New Method for Calculation of Notch and Size Effects in Fatigue | |
| K. Heckel, W. Ziebart |
| A Phenomenological Approach to Fatigue Crack Growth Rate Prediction | |
| W. Sperr |
| A Study on Prevention of Creep and Fatigue Fracture of Steels for Turbine Application | |
| I. Ewald, W. Jakobeit, K. Mayer, W. Wiemann |
| Accumulation of Longitudinal Strain Under Cyclic Torsion | |
| Y. Asada, T. Udoguchi, S. Mitsuhashi, M. Izushi |
| An Approach to a Ductility Criterion | |
| H. Huff |
| An Effect of the Combined Micro-Structural Size on the Tensile Fracture Strength of Two Phase Carbon Steel | |
| T. Kunio, H. Suzuki |
| An Evaluation of the Applicability of Theoretical Analysis to the Forming Limit Diagram | |
| V. V. Hasek |
| An Experimental Study on Cyclic Strain Induced Creep: Relationship Between Different Modes of Stress and Strain Superposition | |
| Y. Nozue, T. Udoguchi, Y. Asada, S. Mitsuhashi |
| An Isothermal Embrittlement Study of a Commercial 4% Ni 1% Cr Steel | |
| B. C. Edwards, G. Gage, B. L. Eyre |
| Anisotropic Bend Ductility in Single Phase Copper Alloys | |
| P. Parikh, E. Shapiro |
| Assessment of Flaws in Components of Structures with Regard to Failure on the Basis of a Fracture Hypothesis for Cleavage Fracture | |
| D. Aurich, K. Wobst |
| Atomistic Simulation of the Ductile/Brittle Transition | |
| W. R. Tyson |
| Brittle Fracture Initiation Characteristics Under Bi-Axial Loading | |
| Y. Ueda, K. Ikeda, T. Yao, M. Aoki, T. Yoshie, T. Shirakura |
| Chevron Fracture in Tube Reduction by Spinning | |
| S. Kalpakjian |
| Closure: An Explanation for Fatigue Crack Growth Rate Acceleration/Retardation Due to Overloads in Austenitic Stainless Steels | |
| M. W. Mahoney, N. E. Paton |
| Conditions Leading to Localized Plastic Deformation and Fracture in Slip Bands During Fatigue Loading of Age Hardening Aluminium Alloys | |
| M. Nageswararao, M. Wilhelm |
| Correlation Between Sheet Metal Texture and Drawability 491 for Alpha Brass | |
| E. Shapiro, J. Crane |
| Correlations Between Crack Initiation, Propagation and Microstructure in a Medium Strength Cr-Mo-V Steel | |
| H. Kotilainen, K. Torronen |
| Correlations Between Fracture Toughness, Tensile Properties, Fracture Surface Morphology and Microstructure of a High-Strength Steel | |
| W. Backfisch, K. H. Schwalbe |
| Corrosion Fatigue of Annealed Zircaloy-2... | |
| M. C. Teeter, R. Hosbons |
| Crack Branching in A533B Steel | |
| G. T. Hahn, R. G. Hoagland, A. R. Rosenfield |
| Crack Closure During Fatigue Crack Growth for Two Thicknesses of Material | |
| W. D. Dover, N. F. Boutle |
| Crack Closure Related to Fatigue Crack Propagation | |
| I. Maarse |
| Crack Growth in Pressure Vessels Under Creep Conditions | |
| M. C. Coleman, A. T. Price, J. A. Williams |
| Crack Propagation in Austenitic Sheets | |
| G. Sperl |
| Crack Propagation it High Temperature Under Low Cycle Loading | |
| S. Serensen, M. Makhutov, A. Itomanov |
| Creep Damage and Rupture Criteria | |
| M. W. Schwartz, A. K. Mukherjee |
| Creep Fatigue Interaction in an Austenitic Fe-Ni-Cr Alloy at 600 °C | |
| A. Plumtree, N. G. Persson |
| Creep Fatigue Interactions in a Low Alloy Steel | |
| D. Sidey |
| Crystallographic Fatigue Crack Growth in Al-4% Cu Aged to Contain GP Zones | |
| S. J. Brett, B. Cantor, R. D. Doherty |
| Cyclic Plasticity and Masing Behaviour in Metals and Alloys | |
| H. Abdel-Raouf, T. H. Topper, A. Plumtree |
| Dislocation Diffusion Mechanism of Fatigue Crack Formation | |
| S. Pilecki |
| Dislocation Structures Around Crack Tips in the Early Stage of Fatigue of a-Brass | |
| K. Katagiri, K. Koyanagi, A. Omura, J. Awatani, T. Shiraishi, K. Kaneshiro |
| Ductile Failure Criteria for Blunting Cracks | |
| M. J. Cowling, J. W. Hancock |
| Ductile Fracture Initiation and Propagation in Ferritic S.G. Cast Iron" | |
| G. Jolley, S. R. Holdsworth |
| Ductile Fracture of Ti-5Al-2.5 Sn at Low Temperatures | |
| S. Raghuraman, H. Conrad, A. Sargent |
| Ductility and Fracture in a Superplastic Alloy | |
| T. Langdon, F. A. Mohamed |
| Dynamically Loaded Cracks in Strain Rate Sensitive Materials | |
| H. Riedel |
| Effect of Environment on Fracture - Mechanisms of Liquid Metal Embrittlement, Stress Corrosion Cracking and Corrosion-Fatigue | |
| S. P. Lynch |
| Effect of Grain Size and g' Size on Fatigue Crack Propagation in Rene 95 | |
| J. Bartos, S. D. Antolovich |
| Effect of Initial Flaw Shapes on Cracks Emanating from Fastener Holes Under Combined Stress | |
| Pir M. Toor |
| Effect of Loading Sequence: Normal and Reversed Sequence Effect | |
| A. Buch |
| Effect of Metallurgy on Stress Corrosion Cracking and Hydrogen Embrittlement of Ultra High Strength Steels | |
| M. Tvrdy, V. Sushanek, L. Hyspecka, K. Mazanec |
| Effect of Prior Austenite Grain Size on the Fracture Toughness Properties of A533 Steel | |
| F. Stonesifer, R. W. Armstrong |
| Effect of Stress Level on Fatigue Crack Delay Behavior | |
| B. M. Hillberry, C. M. Crandall |
| Effect of Temperature Variation on High Temperature Fatigue of Mild Steel | |
| S. Shimizu, T. Mochizuki, T. Fujimitsu |
| Effect of Tempering Treatments on the Fracture Behaviour of a Ct-Mo-V Pressure Vessel Steel | |
| K. Torronen, H. Kotilainen |
| Effect of TMT on the Toughness and Fracture Characteristics of Two Fe-Mn-Ni Alloys | |
| A. K. Seal, B. Sarkar, R. K. Ray |
| Effective Grain Size for Cleavage Fracture in Pearlitic Eutectoid Steel | |
| Y. J. Park, I. Bernstein |
| Effects of Loading Frequency and Environment on High Temperature Fatigue Crack Growth in Nickel-Base Alloys | |
| R. B. Scarlin |
| Effects of Nickel and Antimony on Temper Embrittlement in Alloy Steels | |
| J. Q. Clayton, J. F. Knott |
| Effects of Overload on Hydrogen Sulphide Cracking | |
| O. Jonas |
| Effects of Size of Non-Metallic Inclusions on the Ductile Fracture Behavior of Pure Iron | |
| T. Kunio, M. Shimizu, Y. Kobayashi |
| Effects of Strength and Grain Size on Near-Threshold Fatigue Crack Growth in Ultra High Strength Steel | |
| R. O. Ritchie |
| Elastic-Plastic Stress-Strain Behaviour of Monotonic and Cyclic Loaded Notched Plates | |
| T. Seeger, A. Beste, H. Amstutz |
| Elevated Temperature Tensile Minima in Types 310 and 316 Stainless Steel | |
| V. K. Sikka, R. Swindeman, C. R. Brinkman |
| Experimental Fracture Mechanism Map for Thoria Dispersion Strengthened Nickel | |
| C. Gandhi, D. M. R. Taplin, M. F. Ashby |
| Factors Affecting Cavitation During Superplastic Flow | |
| N. Ridley, D. W. Livesy |
| Failure of Stainless Steels by Corrosion-Fatigue | |
| C. Amzallag, P. Rabbe |
| Fatigue Crack Closure with Negative Stress Ratio Following Single Tensile Overloads in 2024-T3 and 7076-T6 Aluminum | |
| R. I. Stephens, D. P. Musil |
| Fatigue Crack Formation Associated with Cyclic Slip Deformation Along Prior Austenitic Boundaries | |
| T. Kunio, M. Shimizu, K. Yamada, M. Enomoto |
| Fatigue Crack Growth from a Surface Flaw | |
| M. Kawahara, M. Kurihara |
| Fatigue Crack Growth in a High Strength Steel | |
| E. K. Priddle |
| Fatigue Crack Growth Model Prediction With Two Coupled Differential Constitutive Equations | |
| J. Pellas, G. Baudin, M. Robert |
| Fatigue Crack Growth of Steel in Air and Sea Water Under Constant Amplitude and Random Loading | |
| P. J. Haagensen |
| Fatigue Crack Morphology in 304 Stainless Steel Cycled at Constant Stress Amplitude at Elevated Temperature | |
| A. P. L. Turner |
| Fatigue Crack Propagation and Crack Closure Behaviour Under Varying Load Conditions | |
| M. Kikukawa, M. Jono, K. Tanaka, Y. Kondo |
| Fatigue Crack Propagation in Trip Steels | |
| A. Plumtree, V. P. Swaminathan |
| Fatigue Fracture of Thermomechanically Processed Low Carbon Steel | |
| R. L. Duffin, J. G. Byrne |
| A Contribution to the Analysis of Quasi Static Crack Growth in Sheet Materials | |
| U. de Koning |
| A Crack Growth Gage for Assessing Flaw Growth Potential in Structural Components | |
| F. Grandt, R. L. Crane, J. Gallagher |
| A Crack Near Doubly Riveted Stiffeners | |
| D. J. Cartwright, W. Ke Jen |
| A Criterion for Strength of Structural Materials in a Complex Stress State at Low Temperatures | |
| G. S. Pisarenko, A. Lebedyev |
| A Description of the Dependence of Fracture Resistance on Cracklength | |
| H. C. van Elst |
| A Finite Element Analysis for Determining Dugdale Model Solutions of Cracked Bodies | |
| C. L. Chow, K. J. I. u |
| A Finite Element Analysis of a Circumferentially Notched Tensile Specimen | |
| D. K. Brown, R. M. McMeeking |
| A Finite Element Method Analysis of an Elastic-Plastic Solid Containing Holes in the Vicinity of a Crack Tip | |
| K. Eriksson |
| A Finite-Element Analysis of an Impact Test | |
| J. A. Aberson, J. M. Anderson, W. W. King |
| A Fractographic Study on Evaluation of Fracture Toughness | |
| K. Hirano, H. Nakamura, J. Kobayashi, H. Nakazawa |
| A Numerical Approach for Stable Crack Growth and Fracture Criteria | |
| G. Rousselier |
| A Path Independent Integral for Symmetric Stress Diffusion Fields Surrounding Line Cracks | |
| E. C. Aifantis, W. W. Gerberich |
| A Simple Analytical Model for the Thickness Dependent Transition from Plane Stress to Plane Strain in Bodies with a Crack | |
| G. Prantl |
| A Study of Conditions Leading to Fragmentation on Failure of Zirconium Alloy Pressure Tubes | |
| B. W. Pickles, E. R. Johnson, H. Cocks |
| A Transient Finite Element Analysis of Unstable Crack Propagation in Some 2-Dimensional Geometries | |
| P. N. R. Keegstra, J. L. Head, C. E. Turner |
| About the Process Zone Surrounding the Crack Tip in Ceramics | |
| E. Buresch |
| An Analytical R-Curve Expression of a Brittle Matrix Composite Containing Discontinuous Fibres | |
| J. C. Lenain |
| An Approximate Three-Dimensional State of Stress in the Vicinity of a Crack | |
| Y. Chen |
| An Empirical Strength Theory for Compact Bone | |
| W. C. Hayes, T. M. Wright |
| An Equivalent Inclusion Method for a Three-Dimensional Lens-Shaped Crack in Anisotropic Media | |
| T. Mura, C. Cheng |
| An Experimental and FEM Study on Crack Opening Displacement | |
| A.- S. Kuo, H. W. Liu |
| Analysis for the Problem of Misfitting Inclusion and Circular Arc Cracks in a Sheet | |
| R. Narayan, R. S. Mishra, R. K. Pandey |
| Analysis of Branched Cracks Under Biaxial Stresses | |
| H. Kitagawa, R. Yuuki |
| Analytical Determination of Stress Intensity Factors of Eccentric Cracks by Variational Method | |
| H. Kitagawa, H. Ishikawa |
| Anisotropic Fracture of a Hot-Stretched Acrylic Thermoplastic | |
| K. Williams |
| Assessment of Failures Beyond the Linear Elastic Regime | |
| I. Milne |
| Blunting Effects on Fracture Toughness of Low Strength Steels | |
| S. Banerjee, R. K. Pandey |
| Bond Fracture Strength in Ceramic-to-Metal Joints | |
| R. Pabst, G. Ellsner |
| Branching of Hertz Cracks | |
| H. P. Kirchner, R. M. Gruver |
| Brittle Fracture and Subcritical Crack Growth in a Ceramic Structure | |
| G. G. Trantina |
| Brittle Fracture Design of Structures | |
| Yu N. Rabotnov, G. S. Vasilchenko, P. F. Koshelev, G. Merinov |
| Brittle Fracture Under Biaxial Normal Stress | |
| M. C. Shaw, R. Komanduri |
| Charting the Fracture Toughness Characteristics of Castings Using the Double Torsion Method | |
| J. T. Berry, C. W. Ten Haagen |
| Crack Nucleation in 316 Stainless Steel Fuel Cladding | |
| D. Lee, R. A. Rand, G. G. Trantina |
| Crack Propagation in a Two-Phase Material such as Concrete | |
| F. W. Wittman, J. W. Zaitsev |
| Crack Propagation Initiation in Ductile Structures | |
| J. Lebey, R. Roche |
| Crack Shape Study in a Brittle Non-bonded Particular Composite | |
| J. D. Embury, D. J. Green, P. S. Nicholson |
| Crack-Tip Stress Analysis from Field Values of the 103 Displacements Using Complementary Energy | |
| L. Swedlow, M. E. Karabin, G. E. Maddus |
| Creep Fracture of Concrete in Prestressed Concrete Members during Manufacture | |
| Yu. V. Zaitsev, E. N. Scerbakov |
| Experimental Fracture Mechanism Map for Thoria Dispersion Strengthened Nickel | |
| C. Gandhi, D. M. R. Taplin, M. F. Ashby |
| Factors Affecting Cavitation During Superplastic Flow | |
| N. Ridley, D. W. Livesy |
| Failure of Stainless Steels by Corrosion-Fatigue | |
| C. Amzallag, P. Rabbe, M. Truchon |
| Fatigue Crack Closure with Negative Stress Ratio Following Single Tensile Overloads in 2024-T3 and 7076-T6 Aluminum | |
| R. I. Stephens, D. P. Musil |
| Fatigue Crack Formation Associated with Cyclic Slip Deformation Along Prior Austenitic Boundaries | |
| T. Kunio, M. Shimizu, K. Yamada, M. Enomoto |
| Fatigue Crack Growth from a Surface Flaw | |
| M. Kawahara, M. Kurihara |
| Fatigue Crack Growth in a High Strength Steel | |
| E. K. Priddle |
| Fatigue Crack Growth Model Prediction With Two Coupled Differential Constitutive Equations | |
| J. Pellas, G. Baudin, M. Robert |
| Fatigue Crack Growth of Steel in Air and Sea Water Under Constant Amplitude and Random Loading | |
| P. J. Haagensen |
| Fatigue Crack Morphology in 304 Stainless Steel Cycled at Constant Stress Amplitude at Elevated Temperature | |
| A. P. L. Turner |
| Fatigue Crack Propagation and Crack Closure Behaviour Under Varying Load Conditions | |
| M. Kikukawa, M. Jono, K. Tanaka, Y. Kondo |
| Fatigue Crack Propagation in Trip Steels | |
| A. Plumtree, V. P. Swaminathan |
| Fatigue Fracture of Thermomechanically Processed Low Carbon Steel | |
| R. L. Duffin, J. G. Byrne |
| Fatigue Life Prediction by Amplitude Transformation | |
| H. Haibach |
| Fatigue Life prediction for Fillet Welded Details Under Service Loadings | |
| B. J. Dabell, P. Watson |
| Fatigue of Fibres by Biaxial Rotation Over a Pin | |
| J. W. S. Hearle, S. F. Calil |
| Fatigue Strength of Cross Girder Connections Constructed with 9% Ni Steel Plate | |
| K. Tanaka, S. Matsuoka |
| H:\ICF\ICF 4 Waterloo, Canada, 1977\Vol 2\Fractographic Observations on Stress Corrosion Cracking of Some Face-Centered Cubic Alloys.pdf | |
| Vittorio Di Cocco, J. A. Honkasalo |
| Fracture Behaviour and Tensile Properties of litanium Alloys at Elevated Temperatures | |
| G. Lutjering, A. Gysler |
| Fracture During Superplastic Flow of Industrial Al-Mg Alloys | |
| D. M. R. Taplin, R. F. Smith |
| Fracture in Textured Thin Brass Specimens | |
| J. Kusnierz |
| Fracture Initiation and Propagation During Strip Drawing | |
| H. C. Rogers |
| Fracture Initiation Under Metal-Working Conditions | |
| J. W. Spretnak |
| Fracture of WC-Co Hard Metals | |
| J. L. Chermant, F. Osterstock |
| Gaseous Oxygen and Hydrogen Embrittlenients of a U-10 Mo Alloy | |
| D. Miannay, J. Corcos, A. M. Nomine |
| High Cycle Fatigue of Prestrained Components | |
| M. Bily, V. Kliman, P. Lubusky |
| High Frequency of Metals, Crack Initiation and Propagation | |
| Vittorio Di Cocco, R. Mitsche |
| High Temperature Creep-Fatigue Fracture in Cu-Cr Alloys | |
| Vittorio Di Cocco, D. M. R. Taplin |
| High Temperature Fatigue of 304 Stainless Steel | |
| J. Westwood |
| High Temperature Properties and Fracture of 340 Alloy Steel | |
| B. Kim, A. Shabaik |
| Hot Ductility and Fracture Mechanisms in a Duplex Stainless Steel | |
| H. Hero, M. Kilebu and O. Andersen |
| Hydrogen and Plastic Instability in Deformed Spheroidized 1090 Steel | |
| T. D. Lee, T. Goldenberg, J. P. Hirth |
| Hydrogen Effects on Fracture of PH 13-8 Mo Steel | |
| A. W. Thompson |
| Impaired Ductility in Sheared Edges of HSLA Plates | |
| J. A. Schey, R. Dillon, J. A. Arnott |
| Influence of Grain Size and Thickness of Precipitations on the Brittle Fracture of Structural Steels | |
| N. Dahl, M. Uebags |
| Influence of Grain Size on the Fracture of Aluminum Alloys | |
| G. Lutjering, T. Hamajima, A. Gysler |
| Influence of Mechanical Factors on Fatigue Crack Closure | |
| K. Ogura, K. Ohji, K. Honda |
| Influence of Precracking and Grain Size on Fracture Toughness of Structural Steels | |
| W. Dahl, W. Kretzschmann |
| Influence of Prior Treatment on High Strain Fatigue Life of Aluminium Alloy RR58 | |
| P. Rama Rao, G. Malakondaian |
| Influence of TMT on Fracture Properties of Aluminum Alloys | |
| K. Welpmann, G. Lutjering, W. Bunk |
| Intergranular Creep Fracture in Nimonic 80A Under Conditions of Constant Cavity Density | |
| F. Dyson, M. J. Rodgers |
| Intermediate Fracture Stress and Fracture Initiation Mode Transitions in the Brittle Fracture of Structural Steels | |
| A. Kochendorfer |
| Kinetics of Fracture Propagation in Steels | |
| Vittorio Di Cocco, M. Arita |
| Low Cycle Corrosion Fatigue of an Al-Zn-Mg-(Zr) Alloy | |
| E. A. Starke, Fu-Shiong Lin |
| Low Cycle Fatigue Strength of Steels and Welds in Relation to Static Tensile Properties | |
| Vittorio Di Cocco, E. Fujii |
| Mechanisms of Gas Bubble Embrittlement of Metals | |
| D. Nix, S. H. Goods |
| Mechanisms of Improved Creep Rupture Lives by Re-Heat Treatments | |
| J. P. Dennison, B. Wilshire |
| Metallographic Aspects of Fatigue in Pearlitic Structures | |
| J. G. Taylor, P. E. Warin, P. Watson |
| Micro Plastic Strain Energy Criterion Applied to Reversed Biaxial Fatigue | |
| A. Damali, A. Esin |
| Micro-Structural Effects on the Creep Fracture of 0.5 CrMoV Steel | |
| Vittorio Di Cocco |
| Micro-Structural Effects on the Creep Fracture of 1/2 CrMoV Steel | |
| G. Dunlop, R. W. K. Honeycombe |
| Microstructure, Plastic Zone Size, and Crack Propagation in Ni Steels | |
| P. Stratmann |
| Necking of Elastic-Plastic Cylinders Under Uniaxial Tension | |
| R. N. Dubey, E. H. Elkholy |
| Notch Fatigue Life Predictions Using Smooth Bar Fatigue Data | |
| S. D. Antolovich, A. F. Anderson, K. Zagray |
| Notes on the Repeated Shear Stress Induced Permanent Strain of Steels | |
| T. Endo |
| Observations on the Effect of Cementite Particles on the Fracture of Spheroidized Carbon Steels | |
| J. Gurland, S. P. Rawal |
| Nuclei for Ductile Fracture in Titanium | |
| A. W. Thompson, J. C. Williams, J. C. Williams |
| Observation of Crack Closure Phenomena at the Tip of a Fatigue Crack by Electron Microscopy | |
| H. Nisitani, M. Kage |
| On the Fracture Toughness of WC-Co Cemented Carbides | |
| L. Lindau |
| On the Mechanism of Low Temperature Intergranular Fracture | |
| R. C. Pond, D. A. Smith, R. H. Wagoner |
| On the Mechanisms of Fatigue Crack Growth | |
| P. Neumann, H. Vehoff, H. Fuhlrott |
| On the Microstructure of the Fatigue Fracture Surfaces in Titanium | |
| S. Kocanda, J. Kozubowski |
| On the Threshold for Fatigue Crack Growth | |
| A. J. McEvily, J. Groeger |
| On the Transition from Initiation to Propagation of Fatigue Cracks in Plain Steel Specimens | |
| K. Rahka |
| Plastic Deformation in the Neck of a-Fe Single Crystals Leading to Fracture | |
| R. N. Gardner, H. G. F. Wilsdorf |
| Plastic Zone Formation and Fatigue Crack Growth | |
| C. Bathias |
| Porous Rigid Plastic Materials Containing Rigid Inclusions; Yield Function, Plastic Potential and Void Nucleation | |
| A. L. Gurson |
| Practical Aspects of Fatigue Analysis of a Weldment | |
| P. Albrecht, K. Yamada |
| Practical Aspects of Fatigue Crack Growth in Rail and Structural Steels | |
| S. J. Hill, N. F. Boutle |
| Precision Matching of Mating Fracture Surfaces of WC-Co Alloys | |
| S. Bartolucci Luyckx |
| Probability of Fatigue Failure Based on Residual Strength | |
| R. Talreja, W. Weibull |
| Propagation of Multiple-Ended Fatigue Cracks in Hybrid Bodies | |
| P. Marek |
| Short Rod KIC Tests of Several Steels at Temperatures to 700K | |
| L. M. Barker, W. C. Leslie |
| Some Experiments Relevant to Miner's Rule in Fatigue | |
| J. Awatani, T. Shiraishi, T. Tsukahara |
| Steel and Alloy Thermal Cycling Fracture | |
| V. F. Balandin, A. F. Malygin |
| Stress Concentrations Caused by Grain Boundary Sliding in Metals Undergoing Power-Law Creep | |
| S. Argon, C. W. Lau |
| Structural Damage in Sheet Metal Forming | |
| G. Ferran, S. L. de Andrade |
| Study of Low Fatigue Crack Growth Rates in 316 Stainless Steel and RR 58 Al Alloy | |
| C. Bathias, J. Pluvinage, A. Pineau, P. Rabbe |
| Temperature Dependence of the Impact Properties of Some Aluminium Alloys Containing Low Melting Point Inclusions | |
| M. Roth, W. A. Miller, W. A. Miller, G. C. Weatherly, G. C. Weatherly |
| Tensile Yield and Fracture Behaviour of Beta-III Titanium | |
| H. J. Rack |
| The Analysis of Random Load Fatigue Crack Propagation | |
| W. D. Dover, R. D. Hibberd, R. D. Hibberd |
| The Ductile Fracture Mechanism in Rare-Earth-Treated HSLA Steels | |
| J. D. Boyd, K. M. Pickwick, K. M. Pickwick |
| The Effect of Environment on Crack Growth in a Stainless Maraging Alloy | |
| R. Brook, J. M. West, R. T. Towers |
| The Effect of Frequency Changes on Fatigue Crack Growth in 7178-T6 Aluminium Alloy | |
| A. W. Bowen, P. J. E. Forsyth |
| The Effect of Frequency on Cyclic Crack Growth in 200 Maraging Steel in a Salt Water Environment | |
| R. Eisenstadt, D. L. Smail |
| The Effect of Microstructure on Fracture of a New High Toughness Titanium Alloy | |
| J. C. Chestnutt, C. G. Rhodes, R. G. Berryman, F. H. Froes, J. C. Williams |
| The Effect of Phase Transformation on the Tensile Fracture of Austenitic Stainless Steels | |
| S.N. Monteiro, H. Fonseca |
| The Effect of Prior Temperature Cycling on Rupture Life of Superalloys | |
| D. A. Woodford |
| The Effect of Residual Stresses on the Fatigue Failure of a Nitrided EN41B Steel | |
| J. W. Martin, B. K. Jones |
| The Effect of Temperature on Creep Crack Growth in a 1/2% Cr 1/2% Mo 1/4% V Steel | |
| R. Pilkington, C. L. Jones |
| The Fatigue Behaviour of Macroscopic Slag Inclusions in Steam Turbo-Generator Rotor Steels | |
| W. A. Poynton, A. Elsender, R. Gallimore |
| The Influence of a Fine-Scale Precipitate Dispersion on Cleavage Fracture in Low Alloy Steels | |
| D. V. Edmonds, J. P. Benson |
| The Influence of Chemical Composition on the Cyclic Behaviour of Ferrite-Pearlite Steels | |
| K. Morton, P. Watson |
| The Influence of Mn Additions on the Fracture Behaviour of an Al-Mg-Si Alloy | |
| J. W. Martin, J. M. Dowling |
| The Influence of Water Vapor on Fatigue Crack Plasticity in Low Carbon Steel | |
| J. Lankford, D. L. Davidson |
| The Initiation of Cleavage by Ductile Tearing | |
| M. J. Cowling, J. W. Hancock |
| The liquid Metal Embrittlement of Zinc and Aluminium | |
| C. F. Old |
| The Mechanism of a Fatigue/Creep Interaction in a Low Alloy Steel | |
| W. J. Plumbridge, R. A. Bartlett, T. E. Chung, E. G. Ellison |
| The Mechanism of Stress Relief Cracking in Cr-Mo-V Steels | |
| R. A. Tait, J. F. Knott |
| The Role of Plastic Fracture Processes in Hydrogen Embrittlement | |
| Vittorio Di Cocco, I. M. Bernstein |
| The Role of Texture on Prestrain Embrittlement in Armco Iron | |
| H. C. Rogers, W. L. Brenneman |
| The Strength of JIS SNCM8 Steel Under Combined Alternating Stresses | |
| K. Tanaka, S. Matsuoka |
| Toughness Variations During the Tempering of a Plain Carbon, Martensitic Steel | |
| J. E. King, R. F. Smith, J. F. Knott |
| Use of the Weight Function Concept and the Crack Closing Method for Calculating Stress Intensity Factors in Plane or Axisymmetric Problems | |
| J. Heliot, J. Vagner |
| Void Growth and Localization of Shear in Plane Strain Tension | |
| M. Perra, I. Finnie |
| Weibull Statistics for a Biaxial Strength Test | |
| D. G. Rickerby |
| A Contribution to the Analysis of Quasi Static Crack Growth in Sheet Materials | |
| U. de Koning |
| A Crack Growth Gage for Assessing Flaw Growth Potential in Structural Components | |
| F. Grandt, R. L. Crane, J. Gallagher |
| A Crack Near Doubly Riveted Stiffeners | |
| D. J. Cartwright, W. Ke Jen |
| A Criterion for Strength of Structural Materials in a Complex Stress State at Low Temperatures | |
| A. Lebedyev |
| A Description of the Dependence of Fracture Resistance on Cracklength | |
| H. C. van Elst |
| A Finite Element Analysis for Determining Dugdale Model Solutions of Cracked Bodies | |
| C. L. Chow, K. J. I. u |
| A Finite Element Analysis of a Circumferentially Notched Tensile Specimen | |
| D. K. Brown, R. M. McMeeking |
| A Finite Element Method Analysis of an Elastic-Plastic Solid Containing Holes in the Vicinity of a Crack Tip | |
| K. Eriksson |
| A Finite-Element Analysis of an Impact Test | |
| J. A. Aberson, J. M. Anderson, W. W. King |
| A Fractographic Study on Evaluation of Fracture Toughness | |
| K. Hirano, H. Nakamura, J. Kobayashi, H. Nakazawa |
| A Numerical Approach for Stable Crack Growth and Fracture Criteria | |
| G. Rousselier |
| A Path Independent Integral for Symmetric Stress Diffusion Fields Surrounding Line Cracks | |
| E. C. Aifantis, W. W. Gerberich |
| A Simple Analytical Model for the Thickness Dependent Transition from Plane Stress to Plane Strain in Bodies with a Crack | |
| G. Prantl |
| A Study of Conditions Leading to Fragmentation on Failure of Zirconium Alloy Pressure Tubes | |
| B. W. Pickles, E. R. Johnson, H. Cocks |
| A Transient Finite Element Analysis of Unstable Crack Propagation in Some 2-Dimensional Geometries | |
| P. N. R. Keegstra, J. L. Head, C. E. Turner |
| About the Process Zone Surrounding the Crack Tip in Ceramics | |
| E. Buresch |
| An Analytical R-Curve Expression of a Brittle Matrix Composite Containing Discontinuous Fibres | |
| J. C. Lenain |
| An Approximate Three-Dimensional State of Stress in the Vicinity of a Crack | |
| Y. Chen |
| An Empirical Strength Theory for Compact Bone | |
| W. C. Hayes, T. M. Wright |
| An Equivalent Inclusion Method for a Three-Dimensional Lens-Shaped Crack in Anisotropic Media | |
| T. Mura, C. Cheng, C. Cheng |
| An Experimental and FEM Study on Crack Opening Displacement | |
| A.- S. Kuo, H. W. Liu |
| Analysis for the Problem of Misfitting Inclusion and Circular Arc Cracks in a Sheet | |
| R. Narayan, R. S. Mishra, R. K. Pandey |
| Analysis of Branched Cracks Under Biaxial Stresses | |
| H. Kitagawa, R. Yuuki |
| ---- | |
| H. Kitagawa, H. Ishikawa |
| Analytical Determination of Stress Intensity Factors of Eccentric Cracks by Variational Method | |
| H. Kitagawa, H. Ishikawa |
| Anisotropic Fracture of a Hot-Stretched Acrylic Thermoplastic | |
| K. Williams |
| Assessment of Failures Beyond the Linear Elastic Regime | |
| I. Milne |
| Blunting Effects on Fracture Toughness of Low Strength Steels | |
| S. Banerjee, R. K. Pandey |
| Bond Fracture Strength in Ceramic-to-Metal Joints | |
| R. Pabst, G. Ellsner |
| Branching of Hertz Cracks | |
| H. P. Kirchner, R. M. Gruver |
| Brittle Fracture and Subcritical Crack Growth in a Ceramic Structure | |
| G. G. Trantina |
| Brittle Fracture Design of Structures | |
| Yu N. Rabotnov, G. S. Vasilchenko, P. F. Koshelev, G. Merinov |
| Brittle Fracture Under Biaxial Normal Stress | |
| M. C. Shaw, R. Komanduri, R. Komanduri |
| Charting the Fracture Toughness Characteristics of Castings Using the Double Torsion Method | |
| J. T. Berry, C. W. Ten Haagen |
| Crack Nucleation in 316 Stainless Steel Fuel Cladding | |
| D. Lee, R. A. Rand, G. G. Trantina |
| Crack Propagation in a Two-Phase Material such as Concrete | |
| F. W. Wittman, J. W. Zaitsev |
| Crack Propagation Initiation in Ductile Structures | |
| J. Lebey, R. Roche |
| Crack Shape Study in a Brittle Non-bonded Particular Composite | |
| J. D. Embury, D. J. Green, P. S. Nicholson |
| Crack-Tip Stress Analysis from Field Values of the 103 Displacements Using Complementary Energy | |
| L. Swedlow, M. E. Karabin, G. E. Maddus |
| Creep Fracture of Concrete in Prestressed Concrete Members during Manufacture | |
| Yu. V. Zaitsev, E. N. Scerbakov |
| Cyclic Deformation and Craze Growth in Polycarbonate | |
| P. Beardmore, S. Rabinowitz |
| Dependence of Lifetime Predictions on the Form of the Crack Propagation Equation | |
| S. M. Wiederhorn |
| Determination of Crack Growth in a Mixed Mode Loading System | |
| A. de S. Jayatilaka, I. Jenkins, S. V. Prasad |
| Determination of Critical Stress-Intensity Factors Under Mixed Mode Loading Conditions by Shadow Optics | |
| H. Kordisch, U. Soltesz, U. Seidelmann |
| Development of a C-Shaped Fatigue Specimen | |
| B. Mukherjee |
| Direct Measurement on Plastic Zones of Side Grooved Fracture Toughness Specimens | |
| S. Nunomura, Y. Higo, K. Seto |
| Dynamic Finite Element and Dynamic Photo-Elastic Analyses of an Impacted Pretensioned Plate | |
| S. Kobayashi, S. Mall, A. F. Emery |
| Effect of Interface Roughness on Cracking of Anodic Oxide Film on Aluminium in a Simple Model Composite | |
| K. K. Chawla, M. Metzger |
| Effect of Notch Root Radius on the Fracture Behaviour of Monocrystalline Silicon | |
| B. M. Hillberry, R. J. Myers |
| Elastic Contact Problems in Fracture Mechanics | |
| B. Fredriksson, R.J. Myers |
| Elastic Plastic Fracture Analysis of a Cracked Thick Walled Cylinder Under Displacement Controlled Loading | |
| A. Muscati |
| Elastodynamic Effect on Crack Branching | |
| J. D. Achenbach, N. West |
| Energy Considerations of Dynamic Crack Propagation and Arrest | |
| T. Kanazawa, S. Machida |
| Engineering Design and Fatigue Failure of Fused Silica Fiber | |
| J. E. Ritter |
| Existence of a Critical Strain Energy Release Rate for Concrete | |
| J. Mazars |
| Experimental Correlations Between Dynamical Toughness Characteristics of Prestrained Pressure Vessel Steels | |
| V. Safta, A. Bernath, T. Moisa |
| Failure Prediction of Finite Flawed Ceramic Plates Under Combined Stresses | |
| E. M. Lenoe |
| Failures of Orthopedic Fixation Devices | |
| J. Pirs, D. O. Cox, C. Wagner |
| Fatigue Fracture Toughness and Fatigue Crack Propagation in 5.5% Ni Steel at Low Temperature | |
| T. Kawasaki, T. Yokobori, Y. Sawaki, S. Nakanishi, H. Izumi |
| Finite Element Analysis of Crack Problems in Highly Elastic Materials | |
| N.-M. Wang, L. H. Oh |
| Finite Element Analysis of Crack Propagation Under Compression | |
| H. Miyamoto, S. Fukuda, K. Kageyama |
| Fractographic Analysis of Shear Fracture of a Forged Steel Axle Spindle | |
| D. K. Felbeck |
| Fracture and Toughness of BCC Iron Alloys at Cryogenic Temperature | |
| K. Ishikawa, K. Tsuya, K. Tsuya |
| Fracture Behaviour of Modular Graphite Iron at Low Temperatures | |
| J. Pirs, A. H. Shabaik |
| Fracture Criterion for Solid Propellants | |
| B. Schaeffer |
| Fracture Criterion for Solid Propellants | |
| B. Schaeffer |
| Fracture Mechanical Aspects of Abrasive Friction, Wear and Chip Formation of a -Fe-Ni-Al Steel | |
| K. H. Zum Gahr |
| Fracture Mechanics of Tidal Flexure Cracks in Floating Ice Shelves | |
| R. A. Smith |
| Fracture Mechanics of Viscoelastic Systems | |
| V. N. Poturaev, V. I. Dyrda |
| Fracture Mechanisms in Si-Al-O-N Ceramics | |
| M. H. Lewis, G. Smith |
| Fracture Mirror Formation in Single Crystal Alumina | |
| A. I. A. Abdel-Latif, R. E. Tressler, R. C. Bradt |
| Fracture of Particulate Composites Based on Poly-methylmethacrylate | |
| P. W. R. Beaumont, V. Joliffe, D. Gore |
| Fracture of Structural Alloys at Temperatures Approaching Absolute Zero | |
| R. L. Tobler |
| Fracture Processes and Fracture Toughness in Powder Forged Steels | |
| W. J. Bratina, R. M. Pilliar |
| Fracture Resistance of Adhesively Bonded 7075-T6 Aluminium Alloy Laminates | |
| J. A. Alic |
| Fracture Strength of a Notched Beam when a Small Fatigue Crack Emanates from its Notch Root | |
| S. Bandyopadhyah, A. Mubeen |
| Fracture Toughness and Fatigue Crack Propagation Behavior of Several Cast Steels for Structural Compon¬ents of Hydro-Turbines | |
| K. Takai, K. Matsumoto, M. Yamashita, M. Morita |
| Fracture Toughness of PMMA Under Biaxial Stress | |
| J. C. Radon, P. S. Leevers, L. E. Culver |
| Fracture Toughness of Thermally Fatigued Material | |
| N. G. Ohlson |
| Fracture Toughness of Turbine Rotor Shaft and Validity Criterion for KIC | |
| K. Ikeda, M. Aoki, H. Kikuchi, U. Shieferstein, C. Berger |
| General Numerical Method for Three-Dimensional | |
| Z. P. Bazant, L. Estenssoro |
| Grain Size and Fracture Toughness of Alumina | |
| P. L. Pratt, D. M. Neal |
| Green's Function for a Thru-Crack Emanating from Fastener Holes | |
| T. M. Hsu, J. L. Rudd |
| Increasing the fracture toughness of 18 Ni Maraging Steel Weld Metal | |
| K. Seifert, H. D. Steffens |
| Influence of the Configuration of Crazes on the Fracture of PMMA | |
| J. Opfermann, G. Menges |
| Initial Stages of Crack Extension in Time-Dependent and/or Ductile Solids | |
| M. P. Wnuk |
| Initiation COD as a Fracture Criterion for Zr-2.5% Nb Pressure Tube Alloy | |
| L. Simpson |
| Initiation of Cracks at Delayed Fracture of a High Strength Steel | |
| M. Nagumo |
| Investigation of the Fracture Toughness of Constructional 683 Steels in Cyclic Loading | |
| V. T. Troshchenko, B. B. Pokrovsky, V. G. Prokopenko |
| Low Temperature Fatigue Crack Propagation | |
| W. W. Gerberich, N. Moody |
| Measurement of Fast Crack Propagation in Glass Under Dynamic Loading | |
| W. Doll, M. G. Schinker, G. W. Weidmann |
| Measurement of Stretch Zone Width and Si in a Low Alloy Naval Steel | |
| G. Jolley, P. Hopkins |
| Mechanical Failure on the Microstructural Level in Haversian Bone | |
| P. Frasca, R. A. Harper, J. L. Katz |
| Methods of Experimental Determination of Stress Intensity Factors of Simplified Geometries of Structural Parts | |
| W. Seidl |
| Modified Westergaard Equations | |
| R. de Wit |
| Morphological Aspects of Crack Growth in Crystalline Polypropylene | |
| K. Friedrich |
| Nonlinear Lattice Theory of Fracture | |
| E. R. Fuller, R. Thomson |
| On Constitutive Properties at Singular Crack Borders | |
| C. Strifors |
| On Energy Release Rates in Axisymmetric Problems | |
| M. A. Astiz, M. Elices, V. Sanchez Galves |
| On Hydrogen Induced Fracture of Porcelain Enamel Layers | |
| Y. Ishikawa, M. Zen, O. Nishida |
| On the Application of Continuum Theory of Dislocations to the Mechanical Behaviour of Multi-Phase Materials | |
| H. Miyamoto, M. Kikuchi |
| On the Application of CTD to Fracture Mechanics | |
| Y. Mitani, H. Miyamoto |
| On the Determination of the Crack Arrest Toughness | |
| J. Kalthoff, J. Beinert, S. Winkler, J. Blauel |
| On the Dynamic Fracture Toughness Determination by Instrumented Impact Tests | |
| R. Arone |
| On the Influence of Low-Cycle Damage on Fracture Toughness | |
| K. Kalna |
| On the Three Dimensional Theories of Cracked Plates | |
| S. K. Bhandari, B. Barrachin, J. L. Picou |
| On Virtual Crack Extension Methods for Combined Tensile and Shear Loading | |
| M. L. Vanderglas, R. J. Pick |
| Origins of Acoustic Emission in the Fracture of Glass Plates | |
| J. S. Nadeau |
| Prediction of Fail-Safe Strength of Realistic Stiffened Skin Aircraft Structures | |
| H. Vlieger |
| Pressure Vessel Strength Analysis by Thermal Shock | |
| Y. F. Balandin, I. V. Gorynin, G. P. Karzov |
| Research Criteria in the Development of Biocompatible Implants for Prevention of Fracture | |
| A. Engelhart, H. Grell, H. Scharback, D. Kooke |
| Self-Similar Pressure Profiles in the Symmetrically Extending Plane Crack | |
| F. Ouchterlony |
| Specimen Size Effects on J-Integral Fracture Toughness | |
| T. Funada, D. Sunamoto, M. Satoh, M. Tomimatsu |
| Spontaneous Fracture of Tempered Glass | |
| C. C. Hsiao |
| Stability Consideration in the Generalized Three Dimensional Work of Fracture Specimen | |
| J. X. Bluhm |
| Statistical Consideration of Inhomogeneity of Mechanical Properties of Materials | |
| Y. Kishino |
| Strength Criteria for Fiber Reinforced Plastics | |
| Yu N. Rabotnov, A. N. Polilov |
| Strength of Brittle Materials in Non-Uniform Triaxial Compression | |
| I. B. Sokolov, V. A. Logunova |
| Strength of Welded Thickwalled Non-Heat Treated Structural Elements | |
| I. R. Krjanin, G. S. Vasilchenko, P. F. Koshelev, S. E. Sinadsky |
| Stress Analysis of Cracks in the Elasto-Plastic Range | |
| S. N. Atluri, M. Nakagaki |
| Stress and Crack-Displacement Intensity Factors in Elastodynamics | |
| H. D. Bui |
| Stress Corrosion Characteristics of Toughened Glasses and Ceramics | |
| J. R. Hagan, M. V. Swain, J. E. Field |
| Stress Distribution in a Cracked Bimaterial Plate | |
| D. M. Tracey, T. S. Cook |
| Stress Intensity at the Tips of Kinked and Forked Cracks | |
| B. A. Bilby, G. E. Cardew, I. C. Howard |
| Stresses Around a Polymer Craze | |
| C. C. Hsiao, C. H. Liu |
| Studies of Crack Tips in Steel and Aluminium Alloys | |
| C. K. Clarke |
| Sudden Twisting of a Penny-Shaped Crack in a Finite Elastic Cylinder | |
| H. E. P. Chen |
| Tensile Fracture Behaviour of Vascular Substitutes | |
| A. T. Yokobori, Jr., H. Ouchi, T. Yokobori, H. Sasaki |
| Test and Analysis of a Cracked Lug | |
| A. F. Liu, H. P. Kan |
| The Application of Fracture Mechanics to the Investigation of Cracking in Massive Concrete Construction Elements of Dams | |
| A. A. Khrapkov, L. P. Trapesnikov, G. S. Geinats, V. L. Pashchenko, A. P. Pak |
| The Concept of Material Divagation and Its Application to Fracture | |
| A. M. Strauss, D. C. Stouffer |
| The Effect of Geometry on Crack Formation | |
| T. V. Duggan, P. Sabin |
| The Effect of Load Biaxiality on the Fracture Toughness Parameters J and G | |
| A. P. Kfouri, K. J. Miller |
| The Effect of Pressure and Environment on the Fracture and Yield of Polymers | |
| E. Baer, S. Kapur, K. Matsushige, A. Galeski |
| The Effect of Striking Velocity on Perforation Energy for Mild Steel Plates | |
| C. J. Osborn, S. Maj |
| The Effect of Surface Finish on the Strength and Craze Resistance of Polymethylmethacrylate in Some Fluids | |
| D. McCammond, M. Noga |
| The Effect of Temperature on the Frequency Sensitivity of Fatigue Crack Propagation in Polymers | |
| M. D. Skibo, R. Hertzberg, J. Manson |
| The Effect of the Interface on the Fracture Characteristics of Graphite Fiber Reinforced Sn-Pb Alloy | |
| K. Piekarski, A. Miyase |
| The Evaluation of Crack Resistance and Crack Velocity From Controlled Fracture Experiments of Ceramic Bend Specimens | |
| H. Hubner, F. Kleinlien |
| The Evaluation of the Resistance Against Ductile Crack Extension | |
| H. C. van Elst, H. Wildschut, M. A. Lont, F. H. Toneman |
| The Fracture Mechanism of Materials Having a Heterogeneous Structure | |
| V. P. Tamuzh, P. V. Tikhorairov, S. P. Yushanov |
| The Influence of Specimen Configuration on Yield | |
| N. J. Adams, H. G. Munro, B. K. Neale |
| The J-Integral Evaluation for CT Specimen | |
| T. Miyoshi, M. Shiratori |
| The K-COD Relationship for Pin Loaded Single Edge Notched Tension Specimens | |
| S. Banerjee, S. A. Paranjpe |
| The Measure of KIC and Subcritical crack propagation Rates in Hot Pressed SiC and Si3Ni | |
| J. L. Henshall, D. Rowcliffe, J. W. Edington |
| The Propagation and Bifurcation of Cracks in Quartz | |
| A. Ball, B. W. Payne |
| The Relation Between Crack Opening Displacement and Flow Stress | |
| M. R. Piggott |
| The Relation Between Static and Dynamic Fracture Toughness of Structural Steels | |
| Z. Bilek, B. Vlach, J. Man, M. Holzmann |
| The Role of Acoustic Emission in Fracture Toughness Testing | |
| A. K. Mukherjee, M. A. Hamstad |
| The Role of NDT in Fracture Mechanics Evaluation | |
| L. K. L. Tu, B. B. Seth |
| The Stress Intensity Factors for X-Formed Arrays of Cracks | |
| A. Aksogan |
| The Use of the J Integral to Measure the Resistance of Mild Steel to Slow Stable Crack Growth | |
| C. E. Turner, S. J. Garwood |
| Thermal Fracture in Compound Materials | |
| K. Herrmann, A. Fleck |
| Toughness - Porosity Phenomena | |
| R. E. Cooper |
| Unstable Fracture Criteria Under Large Plastic Deformation | |
| T. Fujita, A. Mizuta, O. Tsuda |
| Use of Calculation of J Integral | |
| R. L. Roche |
| Variational Bounds and Qualitative Methods in Fracture Mechanics | |
| R. V. Goldstein, V. M. Entov |
| A Study of the Physical Nature of Fracture in Composite Materials | |
| V. R. Regel |
| Calculation of Stress Intensity Factors for Combined Mode Bend Specimens | |
| W.K. Jen, H.C. Lin, K. Itua |
| Creep-Fatigue Interaction Failure in Type 316 Stainless Steel | |
| J. Wareing, B. Tomkins |
| Fracture | |
| B.A. Bilby |
| Fracture and Society – An ICF 4 Interview with Sir Alan Cottrell FRS | |
| A. H. Cottrell, J. F. Knott, B. Ralph, D.M.R. Taplin |
| Fracture and Society Two ICF4 Panel Discussions | |
| D. M. R. Taplin, R.W. Armstrong, R.W. Nichols, J.F. Knott |
| Fracture Criteria for Combined Mode Cracks | |
| W. T. Chiang |
| Fracture Problems in Nuclear Reactor Technology | |
| R.W. Nichols |
| Grain Size: The Fabric of (Brittle) Fracture of Polycrystals | |
| R.W. Armstrong |
| Macroscopic Creep Crack Growth | |
| V. Vitek |
| On Crack Closure in Fatigue Crack Growth | |
| A. J. McEvily |
| Overview of Workshop Sessions | |
| R. F. Smith |
| Plastic Flow Around a Crack Under Friction and Combined Stress | |
| F.A. McClintock |
| Political and Social Decision Making in Relation to Fracture, Risk Analysis and Safe Design | |
| M.S.M. Saltsman |
| Response to Questionnaire | |
| R. W. Nichols |
| Stress Corrosion Crack Growth for Short Cracks with Particular Reference to the Zircaloy-2/Iodine System | |
| B. Tomkins, J.H. Gittus |
| Survey of Recent Work on the Effect of the Atomic Structure's Discreteness on Cleavage Crack Extension in Brittle Materials | |
| E. Smith |
| The Teaching of Fracture in Universities | |
| C.K. Knapper, D.M.R. Taplin |
| Variational Bounds and Qualitative Methods in Fracture Mechanics | |
| R.V. Goldstein, V.M. Entov |