General Papers
| A Comparative Study of Crack Propagation in Plates under Extension and Bending | |
| Fazil Erdogan, Richard Roberts |
| A Heuristic Approach to the Theory of Fatigue Fracture as Dual to Yielding | |
| Sitiro Minagawa |
| A Limit Approach to the Prevention of Pressure Vessel Failure | |
| R. W. Nichols, W. E. Irvine, A. Quirk, E. Bevitt |
| Continuum Mechanics and Range of Atomic Cohesion Forces | |
| E. Kroner |
| A Comparative Study of Crack Propagation in Plates under Extension and Bending | |
| F. Erdogan, R. Roberts |
| A Heuristic Approach to the Theory of Fatigue | |
| S. Minagawa |
| An Examination of the Fracture Mechanics Energy Balance from the Point of View of Continuum Mechanics | |
| J. Rice |
| Application of Electron Fractography and Fracture Mechanics to Fatigue Crack Propagation | |
| R.W. Hertzberg, P.C. Paris |
| Biaxial Tension, Distributed Dislocation Cores and Fracture in Bubble Rafts | |
| F.A. McClintock, W.R. O'Day, Jr. |
| Continuum Mechanics and Range of Atomic Cohesion Forces | |
| E. Kroner |
| Crack Extension and Propagation under Plane Stress | |
| A.R. Rosenfield, P.K. Dai, G.T. Hahn |
| Crack Initiation and Propagation in Notched Fatigue Specimens | |
| S.S. Manson, M.H. Hirschberg |
| Flexural Problems of Cracks in Mixed Media | |
| G.C. Sih |
| Fracture at Stress Concentrations | |
| E. Smith |
| Interaction between Elastic Cracks, Dislocation Cracks and Slip Bands | |
| T. Yokobori. M. Yokobori, M. Ichikawa, M. Ohashi |
| On Deformation and Strength | |
| C.C. Hsiao, C.S. Ting |
| On the Concepts of Dual Incompatibility and Dual Dislocation in Relation to Fracture Problem | |
| S. Amari |
| On the Geometrical Approach to the Micromechanics of Fracture | |
| K. Kondo |
| Plastic Shear Flow in Asymmetrically Notched | |
| A. Guillen-Preckler, F.A. McClintock, R.D. White |
| Plastic Yielding at a Crack Tip | |
| J.R. Rice |
| Rate of Growth of Fatigue Cracks Calculated from the Theory of Infinitesimal Dislocations Distributed on a Plane | |
| J. Weertman |
| Stationary Crack and Continuous Distributions | |
| L.M. Keer, T. Mura |
| The Effect of the Number of Deformation Modes on the Ductile-Brittle Transition Criterion in Solids | |
| E. Smith, P.J. Worthington |
| The Influence of Elastic Anisotropy on the Propagation of Fracture | |
| C. Atkinson, A.K. Head |
| The Interactions of Cracks and Dislocations I. Screw Dislocations | |
| N. Louat |
| The Mechanism of Energy Dissipation at Brittle | |
| G.M. Bartenev |
| The Non-Thermal and Thermal Processes of Fracture and Time Dependent Strength of Brittle Solids | |
| G.M. Bartenev |
| The Propagation of Brittle Fracture | |
| T.A.C. Stock, P.L. Pratt |
| Yielding Initiation Process and Its Effect on Fracture of Cracked Plate and Fatigue Damage Nucleation | |
| H.W. Liu |
| Analysis of Pre-existing Flaw of Material by Optical Double Diffraction Method | |
| G. Shinoda, T. Suzuki, M. Mino, R. Nagata |
| Anisotropy of Fatigue Crack Propagation of a Low Alloy Steel | |
| J. Watanabe, Y. Kumada |
| Cleavage Crack Propagation | |
| J. Plateau, J. Henry, J. Friedel |
| Cleavage Fracture of Iron Single Crystals | |
| K. Kitajima |
| Crack Resistance Properties of High Strength Aluminum Alloys | |
| C.M. Carman, D.F. Armiento, H. Markus |
| Crack Velocity in Plastics | |
| K. Saito, H. Mishina |
| Decomposition Reactions in Gold-Platinum Alloys and Their Effects on Strength and Fracture Characteristics | |
| E.R. Parker, R.W. Carpenter, V.F. Zackay |
| Direct Observation for High-Temperature Fatigue in Pure Metals by Means of Microscopic Cine-Camera | |
| S. Takeuchi, T. Homma |
| Dynamic Criteria for Crack Nucleation and Growth | |
| J.J. Oilman |
| Effect of Carbon on Dislocation Structure of Iron Microcrystals | |
| LP. Kushnir, Y.A. Ossipjan |
| Fatigue Fracture of Cu and Cu-Alloy Single Crystal | |
| J. Rudolph, P. Haasen, B.L. Mordike, P. Neumann |
| Fracture in the Process of Stress-Relaxation under Constant Strain | |
| H. Nakamura, T. Nakaiti, H. Okabayashi |
| Fracture Mechanisms and Fracture Surface Topography | |
| H.C. Burghard, Jr., D.L. Davidson |
| Fracture of Amorphous Polymers | |
| R.F. Landel, R. F. Fedors |
| Fracture Studies of Polypropylene | |
| K. D. Pae, D. R. Morrow, J.A. Sauer |
| Grain Boundary Sliding in Zinc and Zinc-Copper Bicrystals | |
| J. O. Brittain, N. R. Adsit |
| Initiation and Growth of Viscoelastic Fracture | |
| M.L. Williams |
| Kinetic Concept of the Strength of Solids | |
| S. N. Zhurkov |
| Metallographic Studies of Ductile Fracture in High Purity Aluminium and Lead | |
| D.R. Miller, F.M.C. Besag |
| Micro and Macro Crack Formation | |
| B.L. Averbach |
| Micro-Plasticity of Uranium Dioxide at Room Temperature | |
| N. Igata, R.R. Hasiguti, K. Domoto |
| On the Mechanism of Cleavage Fracture of Crystals | |
| K. Kitajima |
| Precipitation-Strengthening and Toughening Effect of Aluminum Nitride on Low-Carbon Structural Steels | |
| H. Nakamura, N. Ujiiye |
| Relation between Steel Purity and Tensile. Creep and Fatigue Properties | |
| A. Buch |
| State of Strain Around the Tip of a Fatigue Crack | |
| M. Suzuki, H. Takahashi |
| Strain- Rate- Dependent Breaking Strength of Polymethyl Methacrylate | |
| M. Huguchi |
| Structure and Theoretical Strength of Glass | |
| G.K. Demishev, G.M. Bartenev |
| Studies of the Brittle Fracture of Steel during the past Twenty Years | |
| N.P. Allen |
| Tensile and Torsional Fracture of Low Carbon Steel at Liquid Nitrogen Temperature | |
| T. Yokobori, M. Ichikawa |
| The Analysis of Fracture Surfaces by Electron Microscopy | |
| R.M.N. Pelloux, J.C. McMillan |
| The Effect of Small Drilled Holes of the Notch Toughness of Iron Base Alloys | |
| A.S. Tatelman, C.A. Ran, Jr. |
| The Effect of Temperature and Strain-rate on the Deformation and Fracture of Mild-steel Charpy Specimens | |
| T. R. Wilshaw, P.L. Pratt |
| The Fine Structure in Deformation Bands in Mild Steel | |
| B.S. Kasatkin |
| The Fracture of Martensite | |
| W.E. Duckworth, M.J. May, J.J. Irani |
| The Fracture of Polycrystalline Iron | |
| C.J. McMahon, Jr., M. Cohen |
| The High Strength State of Glass | |
| F.F. Vitman, G. S. Pugachyov, V.P. Pukh |
| The Mechanical Properties as a Function of Temperature and Free Electron Concentration in Stoichiometric TiXi, TiCo and TiFe Alloys | |
| F.E. Wang |
| The Mechanical Strength of Damage-free Sheet Glass | |
| M. Hara |
| The Role of Cross-Slip in Brittle Fracture and Fatigue | |
| A.J. McEvily, Jr., T.L. Johnston |
| The Strength and Toughness of Dynamically Strain Aged Alloy Steels | |
| V.F. Zackay, W.W. Gerberich, R. Busch, E. R. Parker |
| The Time Dependent Fracture of Viscoelastic Materials | |
| W.G. Knauss |
| Twinning, Slip and Brittle Fracture in Very Low Carbon Iron | |
| R. Honda |
| A Limit Approach to the Prevention of Pressure Vessel Failure | |
| R.W. Nichols, W. H. Irvine, A. Quirk, E. Bevitt |
| A Note on the Environmental Stress-Cracking of Polyethylene: Effect of Temperature on the Time to Crack | |
| Y. SUezawa, H. Hojo, T. Ikeda, Y. Okamura |
| A Possible Macro-Mechanism for Cleavage Fracture Initiation in Mild Steel | |
| B. Cotterell |
| Correlation Between Electrical and Mechanical Breakdown in Chain-Polymer Solids | |
| M. Toyoda |
| Crack Propagation of Notched Specimen with Residual Compressive Stress | |
| T. Kunio, H. Nakamura, M. Shimizu |
| Cyclic Strain and Fatigue Behavior of Metals in the Creep Range | |
| L.F. Coffin, Jr. |
| Deformation Behavior and Fracture of Nimonic 80A During Thermal Fatigue Cycling Under Constraint | |
| E. Krempl |
| Effect of Capillary Action on Fracture Due to Liquid Metal Embrittlement | |
| N. Perrone, H. Liebowitz |
| Effect of Hydrogen Environment on Creep and Fracture of Steels | |
| F. H. Vitovee |
| Effect of Hydrostatic Pressure on Dislocation Arrangement in Metals | |
| N. Inoue, M. Nishihara |
| Embrittlement of Silver Chloride by Copper Chlorocomplexes | |
| A. R. C. Westwood, D. L. Goldheim |
| Existence of a Defect and Its Influence Upon Mechanical Properties | |
| Y. Asakawa |
| Fatigue Fracture of Vacuum-Melted Ball Bearing Steel | |
| T. Yokobori, M. Nanbu |
| Fatigue under Pulsating Hydrostatic Pressure | |
| W.N. Findley, J.F. Tracy |
| Fracture in a Tensile Specimen | |
| J.I. Bluhm, K.J. Morrissey |
| Fracture Mechanics and Radiation Embrittlement | |
| A. M. Sullivan |
| Fracture Mechanics Approach to Brittle Fracture Propagation-Arrest in Structural Steel | |
| M. Yoshiki, T. Kanazawa, S. Machida |
| Fracture of Ceramics | |
| V. Weiss, R. Chait, J.G. Sessler |
| Fracture of Uranium Dioxide | |
| J. L. Daniel, S. Takahashi |
| Fracture under Biaxial Conditions in the Presence of a Crack | |
| S.R. Valluri |
| Growth of Fracture in Metal Under Random Cyclic loading | |
| R.H. Christenseu |
| Interfaces between Fatigue, Creep, and Fracture | |
| S.S. Manson |
| Interrelation Between Thermal and Elevated Temperature Fatigue Resistance of AISI 347 Stainless Steel | |
| N. Katoh |
| Limit of Cold Working and Flow-Curve of Ductile Metals | |
| K. Takase |
| Low-Cycle Fatigue by Constant Amplitude True Mean Stress | |
| L.F. Gillemot |
| Micro-Structure of Hard Materials Deformed and Fractured under High Pressure | |
| S. Takahashi, N. Asami, Y. Honda, B. Ishii |
| On Fatigue Failure of a Multiple-Load-Path Redundant Structure | |
| A.M. Freudenthal, M. Shinozuka |
| On Internal Fracture of Solids | |
| C.C. Hsiao, S.R. Moghe, G.C. Soong, W.L. Yin |
| On Some Theoretical and Experimental Investigation of High Speed Plastic Deformation | |
| K. Kawata, S. Fukui, J. Seino |
| Optimum Hardness for Maximum Fatigue Strength of Steel | |
| J. Morrow, G.R. Halford, J.F. Millan |
| Photographic Study of Crack Propagation in Glass Plates in Controlled Environments | |
| S. Hyodo, H. Nakatsuka |
| Plastic Accommodation at Micro Stress Concentrations | |
| A.S. Argon |
| Plastic Flow and Crack Nucleation in Magnesium Oxide | |
| A. Briggs, F.J.P. Clarke |
| Slip Fracture and Shear Strength of Bentonite Gels | |
| R. Gotoh, K. Shunizu |
| Some Contributions to the Present Aspects of the Mechanism of Stress-Corrosion Embrittlement | |
| S. Kishima |
| Some Effects of Hydrostatic Pressure on Yielding and Brittleness in Iron and Chromium | |
| F. P. Bullen, H. L. Wain |
| Static and Fatigue Fractures of Portland Cement Mortar in Flexure | |
| J. Glucklich |
| Statistical Aspects of Hardness Distribution of Mild Steel under Repeated Loading | |
| S. Tanaka, S. Sasaki |
| The Effect of Oxygen Adsorption on the Fatigue Behaviour of Lead Single Crystals+Polycrystals | |
| K. U. Snowden |
| The Formation of Necking in Polycrystalline Steel | |
| P.S. Theocaris, E. Marketos |
| The Growth of Fatigue Cracks | |
| N.E. Frost |
| The Theory of Time Dependent Strength of Solids in Surface-Active Media | |
| G.M. Bartenev, I.V. Razmmovskaya |
| Transient Analysis in a Fracturing Epoxy Plate with a Central Notch | |
| A.S. Kobayashi, W.B. Bradley, R.A. Selby |
| Variations in the Embrittlement of Irradiated Pressure Vessel Steels | |
| E.T. Wessel |
| X-Ray Investigation on Fatigue of Metals | |
| S. Taira, K. Honda |