General Papers
| A Criterion for the Ductile Fracture of Mild Steel | |
| M. Nagumo |
| A New Method for Fracture Toughness (KIC )- Determination | |
| G. Feddern, E. Macherauch |
| A Study of the COD Concept for Brittle Fracture Initiation | |
| T. Kanazawa, S. Machida, Y. Hagiwara, K. Itoga, H. Tsuchiya |
| Applied Stress and Residual Stress near the Crack Tip of Precracked Specimens | |
| G. Hellwig, E. Macherauch |
| Contribution to the Study of Slow Crack Growth Conditions in Thermomechanically Treated Ultra-high Strength Steels | |
| L. Hyspecka, M. Tvrdy, K. Mazanec |
| Correlation of Brittle Fracture Strength and Chevron Notched Charpy Impact Test Results | |
| S. Kanazawa, K. Minami, K. Miya, S. Sato |
| Dependence of Stress Wave Emission upon Brittle and Ductile Fracture Mechanisms | |
| M. Mirabile, E. Palombi |
| Dynamic Crack Opening Displacement; Effect of Yield Stress; Relation with overall Strain | |
| G. Pluvinage, B. Savage, F. Montariol |
| Dynamic Toughness Measurements by Instrumented Drop Weight Impact Tests | |
| J. C: Radon, A. P. Glover, C. E. Turner |
| Effect of Plate Thickness on Brittle Fracture Initiation and Arresting Characteristics for Very Thick Plates | |
| K. Ikeda |
| Effect of Thickness Variations upon the Plane Stress Fracture Resistance Parameter Kc | |
| A. M. Sullivan, C.N. Freed, J. Stoop |
| Einfluß der Dehngeschwindigkeit auf die an Groß – und Kleinproblem ermittelte Kenngroße der linear-elastischen Bruchmechanik | |
| E. Schmidtmann, H. Scherber |
| Errors Associated with Fracture Mechanics Testing | |
| S.D. ANtolovich, G. R. Chanani |
| Experimental Equipment for Studying Mechanical Properties of Materials under Multiaxial Loading with a Wide Temperature Range | |
| N.V. Novikov, A. A. Lebedeyev, B. I. Kovalchuk, V. P. Lamashevsky |
| Fracture Toughness Characterization of Several Aluminium Alloys in Semibrittle Fracture | |
| J. Eftis, H. Liebowitz, D. L. Jones |
| Fracture under Constrained Deformation | |
| M. W. Taylor, G. Mayer |
| Mechanical Behaviour and Transformation Characteristics of Trip Steels | |
| D. N. Lai, U. Block, V. Weiss |
| Modelluntersuchungen zum Bruchverhalten in ingomogenen Materialen unter statisher Belastung | |
| G. Klein |
| New Test Method Measuring Crack Arrest Properties of Steel | |
| K. Ishikawa, K. Tsuya |
| On the influence of Prestraining on the Fracture Toughness of Structural Steels | |
| A. Kochendorfer |
| Physical Aspect of Plasticity in Linear Fracture Mechanics | |
| G. S. Pisarenko, A. J. Krasowsky, G. N. Nadezhdin |
| Relationship between the Fracture Toughness and the Morphology of the Fracture Surface in Steels Resistant to Atmospheric Corrosion | |
| J. Rittinger, P. Tardy |
| Some Mechanical Properties of Solids Tested under Superposed Hydrostatic Pressures | |
| A. S. Wronski |
| Strain and Stress Distribution in Fully Plastic Notched Bars and the Criterion for Ductile Rupture Initiation | |
| S. A. Mohamed, A.S. Tetelmann |
| Study of Crack Initiation – Arresting Conditions in Plane Plates and Cylindrical Model Vessels | |
| M. Brumovsky, K. Kàlna, S. Stepànek, A. Urban |
| Suggestion of Another Idea of Fracture | |
| T. Sendo |
| The Determination of KIC Values from Measurements of the Critical Crack Tip Opening Displacements at Fracture Initiation | |
| J. N. Robinson, A. S. Tetelman |
| The Effect of Temperature and Loading Rate on the Fracture Toughness of Ti-6Al-4V and 70705 | |
| K.H. Galda, F. Link, D. Munz |
| The Effects of Local Plastic Strain on Crack Propagation | |
| J. Q. Clayton, C. B. Rogers, F. P. Bullen |
| The Measurements of Gc under Dynamic Conditions from Crack Propagation Velocity | |
| G. Gandolfi, M. Mirabile, S. Venzi |
| The Significance of General Yielding Fracture Mechanics in the Brittle Fracture Evalution of Structural Steels | |
| J. M. Diez, G. Frederick |
| The Stresses in the Progress of Crack in Tubolar Specimens | |
| A. Krisch |
| Effects of Large Geometry Changes in Crack Tip on Ductile Fracture | |
| H. Miyamoto, T. Miyoshi |
| A Concept of Combined Micro and Macro Fracture Mechanics to Brittle Fracture | |
| T. Yokobori, A. Kamei, T. Kogawa |
| A Ductile-Fracture Instability Model Based upon reduction of geometrically - Necessary Dislocations | |
| W.W. Gerberich, W. Reuter |
| A Quantitative Model for the Temperature, Strain Rate, and Grain Size Dependence of Fracture Toughness in Low Alloy Steel | |
| S. Ensha, A.S. Tetelmann |
| A refined Theory of Spherical Shell with Cracks | |
| G.C. Sih, H.C. Hagendorf |
| A Rupture Criterion for Ductile Fatigue Crack Advance | |
| P. Neumann |
| A Statistical Theory of Fracture Kinetics of Inhomogeneous Materials | |
| A.N. Orlov, V.A. Petrov, V.I. Vladimirov |
| A Thermally Activated Model for the Plastic Flow and Fracture of Solids | |
| D.D. Cioclov |
| Analysis of Random Cracks and Elliptical Holes | |
| M. Isida |
| Atomic Crack Simulation in Fracture Mechanics | |
| P.O. Gehlen, G.T. Hahn, M.P. Kanninen |
| Bending of an Elasto-Plastic Cracked Plate, Including the Effects of Crack Closure | |
| D.P. Jones, J.L. Swedlow |
| Betrachtungen zur Ausbildung von plastischen Verformungen bei dreiachsigem Spannungszustand | |
| V. Safta |
| Crack Tip Plasticity and Fracture Initiation Criteria | |
| J.R. Rice |
| Cracks in Regions of Complex Geometry. Effects of External Loading, Residual and Temperature Stresses on Initiation of Crack Growth | |
| K. Markstrom |
| Critical Crack Opening Displacement In Low Strength Steels | |
| C.G. Chipperfield, J.F. Knott, R.F. Smith |
| Finite Elements and Fracture | |
| J.H. Argyris, W. Aicher, J. Doltsini, K. Willam |
| Growth of Distributed Cracks under Fatigue Loading | |
| H. Kitagawa, M. Isbida, T. Ohira, M. Kuroda |
| Hole Nucleation by Inclusion Separation in Ductile Fracture | |
| A.S. Argon, J. Im |
| Influence of Grain Boundary Carbide on Brittle Fracture | |
| K. H. Reiff |
| Influence of Non-Singular Stress Terms on Small Scale Yielding at Crack Tips in elastic-plastic Materials | |
| S.G. Larsson, A.P. Carlsson |
| Introduction to the Diffusional Theory of Metal Fatigue | |
| S. Pilecki |
| Kinetic Theory Approach to Fatigue Crack Propagation | |
| T. Yokobori, M. Yoshida |
| Microscopical Mechanisms of Crack Growth | |
| V.I. Vladimirov, V.I. Smirnov |
| On the Validness of Critical Stress-Intensity Factors | |
| H.C. van Elst |
| Post Yield Analysis and Fracture in Notch Tension Pieces | |
| J.G. Sumpter, D.J. Hayes, G.T. Jones, C.E. Turner |
| Rapid Crack Propagation in Strips of Finite Width | |
| P. Nilsson |
| Significance of Stress and Strain Fields around Inclusions with Respect to Fatigue Failure | |
| G. Harkegard |
| Strain Fields Investigation in Connection with Failure Criteria Analysis | |
| R.M. Schneiderovitch, O.A. Levin |
| The effect of High Peak Stresses on Damage Accumulation by Low Peaks | |
| T. Kamata, T. Okada, H. Nakamura |
| An Interdisciplinary Approach to Fracture and Fatigue Fracture of Solids | |
| T. Yokobori |
| Bruchvorgänge in Gläsern | |
| P. Kerkhof |
| Fracture in Rocks and Engineering Implications | |
| C. Fairhurst, M.P. Hardy |
| Fracture Phenomena in Composites | |
| A. Kelly |
| Fracture Physics in Comminution | |
| H.R. Rumpf |
| Fracture Theories in Industrial Use of Thermoplastic and Glassfiber Reinforced Plastics | |
| E. Gaube, H.H. Kausch |
| Fundamental Knowledge of Fatigue Fracture | |
| O.C. Grosskreuts |
| Mechanics of Fracture in Polymeric Solids | |
| W.G. Knauss |
| Relations between Microstructure and the Fracture Toughness of Metals | |
| G.T. Hahn, A.R. Rosenfield |
| Some Applications of Fracture Mechanics In Power Engineering | |
| R.W. Nichols |
| Technical Application of Fracture Mechanics to Thin-Walled Structures | |
| H. Kihara, K. Ikeda |
| Testing Methods for Determination of Fracture Toughness of Metals | |
| H. T. Corten |
| Zur experimentellen Lebensdauer-Ermittlung von Konstruìctionselementen mit zufallsartigen Beanspruchungen | |
| E. Gassnsr |
| A Study on Fatigue Damage by the Surface Observation of Electrodeposited Copper Crystals | |
| H. Niyamoto, M. Matsunaga, Y. Hagiuda, N. Chiba |
| An Effect of Prior Austenite Grains on the Fatigue Strength of Martensitic Structure | |
| T. Kunio, M. Shimizu, K. Yamada, S. H. Song |
| Correlation between Fracture Toughness and Stretched Zone Size | |
| D. Broek |
| Correlation between the Fracture Toughness and Material Ductility | |
| V. Weiss, M. Sengupta |
| Crack Propagation Properties in Low Alloy Carbon and Their Microfractographic Analysis | |
| H. Takashima, T. Urashima, Y. Yazaki |
| Crack Size and Grain Size Dependence of the Brittle Fracture Stress | |
| R. W. Armstrong |
| Creep Recovery under Cyclic Plastic Strain | |
| T. Udoguchi, Y. Asada, T. Hiroe |
| Dislocation Processes and Plastic Work in Dependence on Crack Velocity in Ionic Crystals | |
| V. H. Schmidt, G. Zies |
| Effects of Pulsed Electron Beam Heating on the Fracture Resistance of High-Strength Aluminium | |
| L. R. Hettche, S. A. Metz, A. L. Cox |
| Effects of Residual Impurities, Carbide Precipitation, and Carbide Stabilization on the Toughness of Alloy Steels | |
| C. J. McMahon |
| Effects of Structural Changes on Fracture- Mechanic Characteristic Magnitudes | |
| W. Dahl, W.-B. Kretzschmann |
| Ermüdungsrißverlauf und Fraktographie von Ermüdungsbrüchen in Aluminium- und Kupfer-legierungen | |
| S. Kocanda, J. Kozubowski |
| Fracture and Elevated Temperature for Austenitic Steel under Cyclic Creep Loading | |
| T. Kawasaki, M. Horiguchi, J. Shibuya |
| Fracture in Hexagonal Closed Packed Metals, Zinc and Beryllium | |
| M. H. Kamdar |
| Fracture Toughness and Subcritical Crack Growth of Austenitic Manganese Steel | |
| R. I. Stephens, C. P. Saxena, R.C. Rice |
| Influence of Second-Phase Particles on the Low-Temperature Fracture Behaviour of Iron | |
| L. Roesch |
| Interpretation of Fracture Behaviour of a Grinding Wheel Material by a Crack-Body Model | |
| H. Miyamoto, K. Homma |
| Mechanical and Metallurgical Factors Influencing the Assessment of Ductile Fracture Resistance | |
| E. F. Walker, D. Elliot |
| Microstructure and Fracture Toughness of 18 Ni Maraging Steel Weldments | |
| H.-D. Steffens, K. Seiffert |
| Misorientation of Blocks and Crystalline Solids Resistance to Fracture | |
| V. I. Betechtin, A. I. Slutsker, A. I. Petrov, S. A. Ivanov, A. N. Bachtibaev |
| On the Mechanisn of Fatigue Crack Advance in Ductile materials | |
| P. Keumann |
| On the Nucleation of Microcracks in Metals under External Loading | |
| J. Krzeminski, M. Sokolowski |
| Solute Effects on Deformation and Fracture of Beta Brass | |
| M. M. Shea, N. S. Stoloff |
| Some Results of Examination of Fractures of Aluminium Cast Alloys, Magnesium Alloyed by Means of Fractography | |
| J. Pirs |
| The Characterization of Fast Fracture and Arrest in Structural Materials | |
| G. T. Hahn, R. G. Hoagland, M. F. Kanninen, A. R. Rosenfield |
| The Fracture of Metals with Voids | |
| Y. Ino, Y. Kawada |
| The Fracture Toughness of Beryllium | |
| R. E. Cooper |
| The Influence of Superplasticity on the Fracture Behaviour of Zinc Based Alloys | |
| N. J. Y. Adams, J. A. Belk, H. G. Munro, P. M. Williams |
| The Transition of the Brittle Fracture at Full Scale Yielding to that at Small Scale Yielding | |
| A. Kochendörfer, H. D. Schulze |
| To the Problem of the Ductile-Cleavage Transition of Fracture | |
| D. Aurich |
| Catalytic dissociation and stress corrosion cracking | |
| P.J. Ficalora, Ya-lung Hu, H. W. Liu |
| Der einfluss der Luftfeuchte auf due spezifische bruchenergie in spiegelglas bei constant gehaltenen klein bruchgeschwindigkeiten | |
| H. Richter |
| Effect of aqueous medium composition at elevated temperatures on fatigue strength of carbon steel | |
| V. G. Azbukin, U.F. Balandin, U.I. Zvezdin, V.V. Potapov, N.N. Tkachenko |
| Effect of crack tip damage on KISCC with 4340 steel | |
| S. Kanazawa, N. Taniguchi |
| Hydrogen-induced sub-critical flaw growth in steels under static and cyclic loading conditions | |
| A. H. Priest, P. McIntyre, C. E. Nicholson |
| Influence of corrosion through tap water on fatigue strength and rate fatigue crack propagation in low carbon steels | |
| J. Kermes, J. Ellinger |
| On the theory of electrochemical stress corrosion cracking | |
| G. P. Cherepanov |
| Stress corrosion cracking of Uranium 10 weight per cent molybdenum alloys in gaseous and aqueous environment | |
| A.M. Nomine, D. Bedere, D. Miannay |
| Stress corrosion of heat resistant materials under hot gases | |
| H. Huff, F. Schreiber |
| The role of the mechanical factor in stress corrosion cracking | |
| Y. Katz |
| A Fractographic Study of Fatigue Crack Propagation | |
| R. Koterazawa |
| An Analysis of the Non-Propagating Fatigue Crack Using the Finite Element Method | |
| K. Ohji, K. Ogura, Y. Ohkubo |
| An Analytic Approach to Low Stress fatigue Crack Growth in Titanium | |
| J.L. Robinson, P.E. Irving, G.J. Beevers |
| Analytical Approach to Notch Size Effects In Fatigue | |
| A. Buch |
| Brittle Cracking Processes during Fatigue Crack Propagation | |
| R. O. Ritchie, J. Knott |
| Constant-Cycle and Block-Programme Testing Needs S-N Curves Looked upon Statistically - A Job for Computer - | |
| M. Hanke |
| Crack Formation and Fracture of Steels in the 300-3000 N/mm2 Range under Cyclic Loading with 20 kHz | |
| R. Mitschke |
| Crack Initiation at Notches in Low Cycle Fatigue | |
| M. Ogasawara, M. Adachi |
| Cumulative Damage and behaviour of Plastic Strain below Fatigue Limit | |
| M. Kikukawa, M. Jono, J. Song |
| Cyclic Deformation at a Crack Tip and its Correlation with Fatigue Crack Propagation | |
| T.S. Kang, H.W. Liu |
| Cyclic Deformation of Tubular Specimens under Repeated Torsion | |
| T. Endo, K. Kooayashi |
| Effect of Gross Plasticity on Fatigue Crack Propagation in Elliptically Notched Plates | |
| C.V.B. Gowda, B.N. Leis, R.G. Charleton, D. W. Manhertz |
| Elastic-Plastic Approach to Fatigue Crack Propagation and Fatigue Limit of Materials with Crack | |
| H. Ohuchida |
| Estimation of Low Cycle Fatigue Strengh of Steels in Strain Controlled Cycling Condition | |
| T. Hotta, S. Kanazawa, T. Ishiguro, N. Ishii, S. Sekiguchi |
| Fatigue Behaviours near Endurance Limit of Copper | |
| J. Awatani, K. Katagiri, A. Omura, T. Shiraishi |
| Fatigue Crack Growth in Metals and Polymers | |
| B. Mukherjee |
| Fatigue Crack Growth in Pure Shear | |
| NJI. Adams |
| Fatigue Crack Propagation in Martensitic and Austenitic Steels | |
| R. Pelloux, C. Bathias |
| Fatigue Crack Propagation under Consecutive Load Cycles with Varying Mean Loads and Amplitudes | |
| H. Nowack |
| Fatigue Crack Propagation under Mode I Conditions | |
| B. Tomkins, J. Wareing, G. Sumner |
| Fatigue Fracture of Steel Sheet when Loaded Orthogonally to the Plane of Rolling | |
| H.-J. Bargel |
| Fatigue Fractures as Reason for Failure of Pressure Vessels Operating under Cyclic Loads | |
| W. Punk, H. Kreiskorte |
| Fatigue Lifetime and Reliability of Prestrain Sensitive Materials under Random Loads | |
| F.J. Legerer |
| Fatigue Phenomena in Meehanite Cast Irons with Nodular Graphite | |
| J. Pirs |
| Fracture Behaviour of Cracked AISI 304 | |
| A. C. Tubing, B. Henry, J. Bernard |
| Fracture Mechanics Approach to Threshold Condition for Fatigue Crack Growth | |
| H. Kitagawa |
| Fundamental Aspects of Fatigue Fracture in Plastically Deformed Metals | |
| M. Bily, M. Koudelka |
| Influence of Dwelling Time on Low Cycle Fatigue | |
| K.T. Rie |
| Low Cycle Fatigue Behaviour of Smooth and Notched Specimens | |
| K. Iida, Y. Urabe, G. Yagawa, Y. Ando |
| Low Cycle Fatigue Crack Initiation in Notched Wide Plates | |
| K. Iida, I. Soya, Y. Ando |
| Low Cycle Fatigue Strength on Combined Stress Wave of Cast Steel | |
| H. Yamanouchi, S. Yamamoto |
| Low-Cycle Biaxial Fatigue Testing at Elevated Temperatures | |
| K.J. Pascoe |
| Multiaxial High Strain Fatigue | |
| H. Liddle, K.J. Miller |
| On the Crack Propagation in Low Cycle Fatigue | |
| V.M. Radhakrishnan |
| On the Decrease of Residual Stress Due to Cyclic Stress | |
| S. Kodama |
| On the influence of the R-Ratio on Fatigue Crack Propagation | |
| A.J. McEvily, R. Kumble |
| Planning and Evaluation of Fatigue-Test A Survey of Recent Results | |
| W. Maening |
| Stress-Strain Distribution near Crack Tips and Fracture Mechanisms in Fatigue of Metals | |
| S. Taira, K. Tanaka |
| Study of relation Between Lifetime Levels at the stages of Fracture Nucleation and Propagation under Cycle Loading | |
| U. F. Balandin, I.V. Gorynin, G.P. Karzov |
| Study of the Influence of Surface Defects of Steel Welded Joints upon the Process of Fatigue Failure | |
| V. Gregor |
| Subcritical Crack Growth under Intermittent Overloading in Cold-Rolled Steel | |
| L.G. Vargas, R.I. Stephens |
| The Conditions Low Cycle Crack Initiation and Propagation in Stress Concentration Zones | |
| S.V. Serensen, N.A. Makhutov |
| The Cyclic Stress-Strain Response of Metals and Alloys | |
| C. Calabrese, C. Laird |
| The Effect of Nitride Case-Hardening upon Fatigue Fracture in Torsion and in Push-Pull of an EN41B Steel | |
| J.W. Martin, C.V.B. Gowda |
| The Fatigue Fracture Behaviours and Metallurgical Factors of Alloyed High Strengh Steels | |
| T. Araki |
| The Influence of Crack Closure and Plastic Zone Geometry on Fatigue Crack Propagation | |
| T.S. Lindley, C.E. Richards |
| The Influence of Grain-Boundary Migration on the Fatigue Life of O.F.H.C. Copper and a Copper Alloy at 490°C | |
| J. Cocks, D.M.R. Taplin |
| The Materials Low Cycle Fatigue Evaluation with Regard to the Stress Concentration Factor | |
| V.A. Ignatov, G.P. Karzov, M.P. Rozanov, B.T. Timofeev |
| The Pulsating Tensile Fatigue Behaviour of CT-Specimens with Small Notch Root Radius | |
| K. Heckel, R. Wagner |
| The Role of Frequency and Environment in High Temperature Fatigue | |
| L.P. Coffin |
| Untersuchungen zur Zeitschwingfestigkeit hochfester Schrauben fur Kernreaktor-Druckbehalter | |
| H. Kristof, E. Klausnitzer |
| Vergleichende Untersuchungen zur Risskeimbildung an geachweissten ultrafesten Stählen bei einstufiger und mehrstufiger Belastung | |
| H.-D. Steffens, H. Knösel |
| Zu fraktographischen Besonderheiten von Bruchflächen und der Bruchzahlgkeit Ermüdungsexperimenten | |
| V.S. Ivanova, L.R. Botvina, L.I. Maslov |
| An Experimental Study the Transient Deformation Work in Front of a Sharp Notch in a Polymer | |
| H. Oberg |
| Bruchverhalten von verschieden molarem Polymethylmethacrylat | |
| W. Döll |
| Fracture Behaviour of Normal and Reinforced Thermoplastic Materials in Liquid Environment | |
| G. Menges, H. Berg, R. Rieß |
| Growth of Fatigue Cracks in Thermoplastics | |
| S. Arad, J.C. Radon, L.E. Culver |
| Infrared Spectroscopic Study of the Atomic Mechanism of the Growth of Crack in Polymers | |
| N.S. Zhurkov, V.I. Vettegren, V.E. Korsukov, A.S. Tshmel |
| Microscopic Fracture of Cross-Linked Polymers | |
| K. Murakami, S. Tamura |
| Motion of Crazing in Polymers | |
| C.C. Hsiao |
| On the Deformation and fracture Behavior Semicrystalline Polybutene -1 | |
| G. Goldbach |
| Progressive Failure of Random Network Structures | |
| J.W. Dougill, K.J. Burt |
| Rupture of Macromolecules at Orientational Drawing of Crystalline Polymers | |
| U.G. Gafurov |
| Study of Deformation of Crystalline Polymer by ESR Method | |
| N. Kusumoto, H. Mukoyama, Y. Haga, O. Imamura |
| Study of Local Heating at the Crack Tip of a Cyclically Deformed Polymer Specimen | |
| V.R. Regel, A.M. Leksovskij, U. olibekov, M.V. Muchina |
| A Fracture Model for Fiber Reinforced Cementitious Materials | |
| A.E. Naaman, A. Argon, F. Moavenzadeh |
| Adhesive and Cohesive Failure Criteria of Unidirectional Fibre/Matrix Composites | |
| W. Schneider |
| Besonderheiten der Deformation und des Bruches von faserverstärkten Verbundwerk stoffen | |
| V.S. Ivanov, I.M. Kopjev, J.E. Busalov |
| Crack Arrest in Laminated Structures | |
| L.J. Larson, H.F. Brinson |
| Crack Branching In Homalite-100 Sheets | |
| A.S. Kobayashi, B.G. Wade, W.B. Bradley, S.T. Chiu |
| Crack Propagation in Carbon Fibre Composites | |
| D.C. Phillips |
| Critical Stress Intensity Factors for Glass Reinforced Plastics | |
| M.J. Owen, P.T. Bishop |
| Failure of Brittle Materials with Tougher Surface Coating | |
| V. Weiss |
| Fracture Mechanics under Combined Loading Modes of an Aluminium Matrix-Boron Fiber Composite | |
| C.F.St. John, K.N. Street |
| Fracture Mechanisms in Lamellar Eutectic Composites | |
| N.S. Stoloff, Y.G. Kim, R.H. Bellows |
| Fracture Toughness in Randomly Oriented Fibre Reinforced Materials | |
| M.R. Piggott |
| Fracture Toughness of Fiber-Reinforced Composites | |
| G.C. Sih, N.J. Pagano |
| Fracture Toughness of Laminated Steels | |
| N.G. Ohlson |
| Interaction between Parallel Cracks in Layered Composites | |
| M. Ratwani, G.D. Gupta |
| Mechanical Properties and Fracture Surfaces of Epoxide Resin / Glass Bead Composites | |
| I. Katsura, Y. Takahashi |
| Some Fatigue and Fracture Parameters of Fibre-Reinforced Composite Materials | |
| A.K. Green, P.L. Pratt |
| Start of Microcracking in GRP | |
| G. Menges, H.J. Roskothen, H. Brintrup |
| Stresses in Nonhomogeneous Materials with a Crack Terminating at and Crossing the Interface | |
| F. Erdogan, T.S. Cook, V. Biricikoglu |
| Structural Reliability Characterization of Advanced Composites | |
| J.C. Halpin |
| The Fracture of Notched Specimens of Layered Composite Materials | |
| J.L. Xing, D. Mills |
| The Fracture Toughness of Glass Reinforced Plastics Containing Randomly Oriented Fibres | |
| A.W. Holgsworth, S. Morris |
| The Influence of Fibre-Matrix Reactions on the Fracture of Composites with Aluminium and Nickel as Matrix Materials | |
| J. Hoffmann, K.E. Saeger |
| A Comparison of the Prediction of the Stress Concentration Theory of Fracture Mechanics with a Number of Actual Failures of Large Plant Components | |
| W.H. Irvine, A. Quirk |
| A Systems Approach to the Avoidance of Brittle Fracture in Pressure Vessels | |
| T. Varga |
| Consideration of the Practical Use of Fracture Mechanics Technology with Particular Reference to Pressure Vessels | |
| K. Wellinger, W. Schoch, K. Kussmaul, E. Kraegeloh |
| Estimation of Turbine Rotor Tendency to Brittle Fracture | |
| Yu.N. Rabotnov, G.S. Vasilchenko, P.P. Koshelev, G.N. Merinov, Yu.P. Rybovalov |
| Experimental Verification for Application of Fracture Mechanics to Failure of Pressure Vessel | |
| J. Imamasa, T. Miki |
| Fracture Control in Welded Structures | |
| G.R. Egan |
| Fracture Mechanics Aircraft Structural Design / Application and Releated Research | |
| H.A. Wood, N. Tupper |
| Fracture Mechanics, a Practical Tool for Preventing Failures | |
| J.A. Begley, J.D. Landes, E.T. Wessel |
| Fracture Toughness in a High Carbon Steel | |
| B.L. Averbach |
| Post Yield Fracture Mechanics | |
| P.J. Worthington, G.M. Spink, P.T. Heald |
| Post-Yield Fracture Mechanics and its Application in Turbo-Generator Problems | |
| G.T. Jones |
| Sprödbruchanalyse von Reaktordruckbe¬hältern für idealisierte und naturliche Werkstoffehler | |
| M. Mikach |
| Stability of a Part-Through Crack in a Material Sensitive to Strain-Hardening | |
| J. Dufresne |
| The Application of Fracture Mechanics to the Problem of Reheat Cracking in Low Alloy Steels during Postweld Heat Treatment | |
| G.G. Saundera |
| The Relationship between Dynamic Fracture Toughness and the Conditions for Crack Arrest in a Large Structure | |
| C.L. Formby |
| About Principles of Chip Formation from Rock Treatment with Cutting Tools | |
| K. Gehring |
| Behaviour of Concrete under Triaxial Loading | |
| D. Linse, H. Kupfer |
| Beitrag zum Bruchmechanismus von auf Druck beanspruchtem Beton | |
| G. Wischers, M. Lusche |
| Bruchmochanismen in keramischen Werkstoffen mit Eigenspannungen | |
| P.B. Buresch |
| Crack Accumulation in Pavement System | |
| J.E. Soussou, H. Findakly |
| Crack Propagation In Glasses and Polymers | |
| J.E. Field, K.N.G. Fuller, M.J. Twigg |
| Das Bruchverhalten von Mehrfachrissen | |
| J.P. Kalthoff |
| Design of Tunnel Support Based on the Post-Failure-Behaviour of the Rock | |
| P. Egger |
| Energy Dissipating Process in the Compression of Cement Paste and Concrete | |
| D.C. Spooner, C.D. Pomeroy |
| Failure of Quasi Brittle Materials Under Thermal Stress | |
| J.W. Dougill |
| Fracture Mechanism of Concrete Under Compressive Loads | |
| S.I. Diaz, H.K. Hilsdorf |
| Fracture Mechanisms in Concrete System under Uniaxial Loading | |
| R. N. Swamy |
| Fracture of Porous Viscoelastic Materials | |
| J.W. Zaitaev |
| Fracture Studies of Commercial Polycrystalline Aluminas | |
| H. Meredith, F.L. Fratt |
| Fracture Toughness of Cement Paste and Mortars | |
| J.H. Brown, C.D. Pomeroy |
| Influence of Constant Rate of Loading on Ultimate Strain of Lightweight Concrete | |
| F. Kruml |
| In-Situ Measurements in Jointed Rock Masses as a Means to Study their Failure Behaviour | |
| L. Muller, H.P. Gotz |
| La Propagation de la Rupture en Compression dans les Roches Cristallines | |
| R. Houpert |
| On the Fatigue Behaviour of Plain Concrete State of Knowledge | |
| K. Wesche, J.W. Weber, W. Kunze |
| On the Influence of Differential Load Application Techniques on the Lateral Strain and Fracture of Conrete Specimens | |
| G. Schickter |
| Probleme bei der Bestimmung kritischer Spannungsintensitatsfaktoren keramischei Werkstoffe | |
| H.F. Pabst |
| The Application of Fracture Mechanics to Prestressed Concrete Pressure Vessels | |
| G.D.T. Carmichael, K. Jerram |
| The Hugoniotelastlic Limit (HEL) and Influencing Factors | |
| C. O. Leiber |
| A Study of the Fragmentation of Cylindrical shells of Four Carbon Steels | |
| L. Eriksson, T. Arvidsso |
| About Temperature and Light Emission at the Fast Crack Propagation | |
| R. Weichert, K. Schönert |
| Acoustic Emission Detection and Measurement of the Voltage Drop during the Crack Propagation in Weld Metal | |
| J. Beges, F. Erdmann-Jesnitzer, D. Rehfeldt |
| Analysis of Brittle Fracture of Reactor Pressure Vessels with Idealized and Natural Flaws | |
| M. Miksch |
| Application of Fracture Mechanics to Ductile Material | |
| W. Soete |
| Atomic Mechanism of Fracture of Solid Polymers | |
| S.N. Zhurkov |
| Bestimmung bruchmechanischer Kennwerte durch den instrumentierten Kerbschlagversuch | |
| G. Vasoukis |
| Dislocations and Cracks | |
| B.A. Bilby |
| Environmental Factors in Crack Propagation | |
| J.C. Scully |
| Fracture Mechanics Investigation of 18 Ni Maraging Steel Weldments | |
| J.G. Blauel, H. Smith |
| Fracture of Hardened Cement Paste and Concrete | |
| F. Radjy, T.C. Hansen |
| Initiation and Propagation of Fracture in Ceramics | |
| V.D. Frechette |
| Kinetics of Cracks caused by Hydrogen in Iron | |
| F. Erdmann-Jesnitzer |
| Mechano-Chemical Aspects of Fracture of Highly Oriented Semicrystalline Fibers | |
| J. Becht, H.H. Kausch |
| The Sources of Dynamic Fracture Toughness Of Steels | |
| G.J. Dvorak |
| Unatable Crack Length. Effective Specific Surface Energy and COD Concept in the Brittle Fractue of Structural Steels | |
| A. Kochendörfer, H.D. Schulze |