General Papers
| 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 |
| Fracture under Constrained Deformation | |
| M. W. Taylor, G. Mayer |
| Strain and Stress Distribution in Fully Plastic Notched Bars and the Criterion for Ductile Rupture Initiation | |
| S. A. Mohamed, A.S. Tetelmann |
| 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 Measurements of Gc under Dynamic Conditions from Crack Propagation Velocity | |
| G. Gandolfi, M. Mirabile, S. Venzi |
| Effects of Large Geometry Changes in Crack Tip on Ductile Fracture | |
| H. Miyamoto, T. Miyoshi |
| Cracks in Regions of Complex Geometry. Effects of External Loading, Residual and Temperature Stresses on Initiation of Crack Growth | |
| K. Markstrom |
| A Study on Fatigue Damage by the Surface Observation of Electrodeposited Copper Crystals | |
| H. Niyamoto, M. Matsunaga, Y. Hagiuda, N. Chiba |
| 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 |
| Interpretation of Fracture Behaviour of a Grinding Wheel Material by a Crack-Body Model | |
| H. Miyamoto, K. Homma |
| 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 |
| Hydrogen-induced sub-critical flaw growth in steels under static and cyclic loading conditions | |
| A. H. Priest, P. McIntyre, C. E. Nicholson |
| Stress corrosion cracking of Uranium 10 weight per cent molybdenum alloys in gaseous and aqueous environment | |
| A.M. Nomine, D. Bedere, D. Miannay |
| Crack Formation and Fracture of Steels in the 300-3000 N/mm2 Range under Cyclic Loading with 20 kHz | |
| R. Mitschke |
| 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 |
| Fatigue Crack Growth in Metals and Polymers | |
| B. Mukherjee |
| Multiaxial High Strain Fatigue | |
| H. Liddle, K.J. Miller |
| 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 |
| The Conditions Low Cycle Crack Initiation and Propagation in Stress Concentration Zones | |
| S.V. Serensen, N.A. Makhutov |
| 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 |
| Zu fraktographischen Besonderheiten von Bruchflächen und der Bruchzahlgkeit Ermüdungsexperimenten | |
| V.S. Ivanova, L.R. Botvina, L.I. Maslov |
| Fracture Behaviour of Normal and Reinforced Thermoplastic Materials in Liquid Environment | |
| G. Menges, H. Berg, R. Rieß |
| Microscopic Fracture of Cross-Linked Polymers | |
| K. Murakami, S. Tamura |
| 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 |
| Start of Microcracking in GRP | |
| G. Menges, H.J. Roskothen, H. Brintrup |
| 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 |
| 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 |
| Sprödbruchanalyse von Reaktordruckbe¬hältern für idealisierte und naturliche Werkstoffehler | |
| M. Mikach |
| Fracture Studies of Commercial Polycrystalline Aluminas | |
| H. Meredith, F.L. Fratt |
| In-Situ Measurements in Jointed Rock Masses as a Means to Study their Failure Behaviour | |
| L. Muller, H.P. Gotz |
| Analysis of Brittle Fracture of Reactor Pressure Vessels with Idealized and Natural Flaws | |
| M. Miksch |