General Papers
| A Study of the COD Concept for Brittle Fracture Initiation | |
| T. Kanazawa, S. Machida, Y. Hagiwara, K. Itoga, H. Tsuchiya |
| Correlation of Brittle Fracture Strength and Chevron Notched Charpy Impact Test Results | |
| S. Kanazawa, K. Minami, K. Miya, S. Sato |
| 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 |
| Modelluntersuchungen zum Bruchverhalten in ingomogenen Materialen unter statisher Belastung | |
| G. Klein |
| 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 |
| Study of Crack Initiation – Arresting Conditions in Plane Plates and Cylindrical Model Vessels | |
| M. Brumovsky, K. Kàlna, S. Stepànek, A. Urban |
| The Stresses in the Progress of Crack in Tubolar Specimens | |
| A. Krisch |
| A Concept of Combined Micro and Macro Fracture Mechanics to Brittle Fracture | |
| T. Yokobori, A. Kamei, T. Kogawa |
| Atomic Crack Simulation in Fracture Mechanics | |
| P.O. Gehlen, G.T. Hahn, M.P. Kanninen |
| Critical Crack Opening Displacement In Low Strength Steels | |
| C.G. Chipperfield, J.F. Knott, R.F. Smith |
| Growth of Distributed Cracks under Fatigue Loading | |
| H. Kitagawa, M. Isbida, T. Ohira, M. Kuroda |
| The effect of High Peak Stresses on Damage Accumulation by Low Peaks | |
| T. Kamata, T. Okada, H. Nakamura |
| Bruchvorgänge in Gläsern | |
| P. Kerkhof |
| Fracture Phenomena in Composites | |
| A. Kelly |
| Fracture Theories in Industrial Use of Thermoplastic and Glassfiber Reinforced Plastics | |
| E. Gaube, H.H. Kausch |
| Mechanics of Fracture in Polymeric Solids | |
| W.G. Knauss |
| Technical Application of Fracture Mechanics to Thin-Walled Structures | |
| H. Kihara, K. Ikeda |
| An Effect of Prior Austenite Grains on the Fatigue Strength of Martensitic Structure | |
| T. Kunio, M. Shimizu, K. Yamada, S. H. Song |
| 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 |
| 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 |
| 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 Transition of the Brittle Fracture at Full Scale Yielding to that at Small Scale Yielding | |
| A. Kochendörfer, H. D. Schulze |
| Effect of crack tip damage on KISCC with 4340 steel | |
| S. Kanazawa, N. Taniguchi |
| Influence of corrosion through tap water on fatigue strength and rate fatigue crack propagation in low carbon steels | |
| J. Kermes, J. Ellinger |
| The role of the mechanical factor in stress corrosion cracking | |
| Y. Katz |
| A Fractographic Study of Fatigue Crack Propagation | |
| R. Koterazawa |
| Brittle Cracking Processes during Fatigue Crack Propagation | |
| R. O. Ritchie, J. Knott |
| 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 |
| 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 Fractures as Reason for Failure of Pressure Vessels Operating under Cyclic Loads | |
| W. Punk, H. Kreiskorte |
| 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 |
| 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 |
| 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 |
| 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 |
| 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 |
| 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 |
| Study of Deformation of Crystalline Polymer by ESR Method | |
| N. Kusumoto, H. Mukoyama, Y. Haga, O. Imamura |
| Besonderheiten der Deformation und des Bruches von faserverstärkten Verbundwerk stoffen | |
| V.S. Ivanov, I.M. Kopjev, J.E. Busalov |
| Crack Branching In Homalite-100 Sheets | |
| A.S. Kobayashi, B.G. Wade, W.B. Bradley, S.T. Chiu |
| Fracture Mechanisms in Lamellar Eutectic Composites | |
| N.S. Stoloff, Y.G. Kim, R.H. Bellows |
| Mechanical Properties and Fracture Surfaces of Epoxide Resin / Glass Bead Composites | |
| I. Katsura, Y. Takahashi |
| 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 |
| Behaviour of Concrete under Triaxial Loading | |
| D. Linse, H. Kupfer |
| Das Bruchverhalten von Mehrfachrissen | |
| J.P. Kalthoff |
| Influence of Constant Rate of Loading on Ultimate Strain of Lightweight Concrete | |
| F. Kruml |
| On the Fatigue Behaviour of Plain Concrete State of Knowledge | |
| K. Wesche, J.W. Weber, W. Kunze |
| Mechano-Chemical Aspects of Fracture of Highly Oriented Semicrystalline Fibers | |
| J. Becht, H.H. Kausch |
| Unatable Crack Length. Effective Specific Surface Energy and COD Concept in the Brittle Fractue of Structural Steels | |
| A. Kochendörfer, H.D. Schulze |