General Papers
| A criterion for plastically induced cleavage after general yield in notched bend specimens | |
| A. S. Tetelman, T. R. Wilshaw |
| A fractographic study of the stress corrosion cracking of titanium and its alloys | |
| D. T. Powell, J.C. Scully |
| A study of crack tip deformation and a derivation of fracture energy | |
| D.P. Rooke, F. J. Bradshaw |
| A study of the C.O.D. concept for brittle fracture initiation | |
| T. Kanazawa, S. Machada, S. Momota, Y. Hagiwara |
| An experimental study of the critical tensile stress criterion for cleavage fracture in 3% silicon-iron | |
| J.R. Griffiths, G. Oates |
| Aspects of the failure of large steel pressure vessel | |
| B. Edmondson, C. L. Formby, R. Jurevics, M. S. Stagg |
| Cleavage strength and dislocation structure in polycrystalline chromium | |
| A. Ball, F.P. Bullen, F. Henderson, H.L. Wain |
| Crack propagation in plates and shells subjected to bending and direct loading | |
| J.G. Williams, R. D. Ewing |
| Delayed failure properties of high strength steels in water | |
| S. Yamamoto, T. Fujita |
| Direct surface measurement of the crack opening displacement of mild steel Charpy specimens | |
| G. BirkBeck, A. E. Wraith |
| Ductile crack extension and propagation in steel foil | |
| G. T. Hahn, M.F. Kanninen, A. R. Resenfield |
| Effect of grain size on creep crack formation in an austenitic steel | |
| U. Lindborg, B. O. Gustafsson |
| Effects of notch depth on the toughness of mild steel | |
| J.F. Knott |
| Evidence of Griffith-Orowan type intercrystalline creep fracture | |
| R. Söderberg |
| Fracture behaviour of statistically loaded metals in liquid metal solutions | |
| C. M. Preece, A.R.C. Westwood |
| Fracture initiation in welded joints of ferritic steels | |
| F. M. Burdekin, R. E. Dolby, G. R. Egan |
| Fracture mechanism in sapphire whiskers | |
| P.D. Bayer, R. E. Cooper |
| Fracture propagation rates and times to fail following proof stress in bulk glass | |
| J. A. Kies, A.B.J. Clarck |
| Fracture toughness measurements on low strength structural steels | |
| C. E. Turner, J. C. Radon |
| Fully plastic crack growth under monotonic and repeated bending | |
| H.W. Huff, J. A. Joyce, F. A. McClintock |
| Interactions between crack growth and strain-induced transformation | |
| W.W. Gerberich, P.L. Hemmings, V.F. Zackay, E.R. Parker |
| Intergranular embrittlement in ferrous alloys | |
| C.J. McMahon, Jr., J. R. Rellick, B. Schulz |
| Investigation of the influence of water vapour on crack velocities in glass by ultrasonic fractography | |
| F. Kerkhof, H. Richter |
| Motion of cracks in brittle fracture | |
| J. Dvorak |
| Notch brittleness and plastic constraint factor in mild steel | |
| H. Takashi |
| On the propagation of stress-corrosion cracks in a magnesium-aluminum alloy | |
| E. N. Pugh, J.A.S. Green, P.W. Slattery |
| Plane strain fracture toughness tests on two-inch-thick maraging steel plate at various strength levels | |
| J. E. Srawley |
| Stress distribution and buckling in thin sheets with central slits | |
| J. R. Dixon, J. S. Strannigan |
| Stress intensity magnification factors for surface-flawed tension plate and notched round tension bar | |
| A. S. Kobayashi, W. L. Moss |
| The brittle fracture of grey cast irons | |
| N.G. Glover, G. Pollard |
| The effect of microstructure on the cleavage strength of quenched and tempered steels | |
| D. E. Hodgson, A. S. Tetelman |
| The effect of testing system stiffness on fracture behavior of sheet specimens | |
| K. S. Grewal, V. Weiss |
| The effect of the shape of plastic zone size and crack opening displacement | |
| P.F. Arthur, W. S. Blackburn |
| The effect of thickness and drilled holes on the notch-toughness of Charpy V-notch bars | |
| C. A. Rau, A. S. Tetelman |
| The fracture behavior of crystalline solids-an atomistic approach | |
| R. Chang |
| The growth of cracks within brittle zirconium hydride platelets contained in a ductile zirconium matrix | |
| C. J. Beevers, M. R. Warren |
| The influence of second phase particles on brittle fracture | |
| E. A. Almond, D. H. Timbres, J. D. Embury |
| The influence of temperature and environment on the slow crack propagation in glass | |
| K. Schonert, U. Mhauerm, W. Klemm |
| The polycrystal ductile-brittle transition | |
| R. W. Armstrong |
| The relations between the applied load at fracture, the critical fracture stress , the proof stress and the plastic stress-concentration factor in high-strength steels | |
| J. H. Rendall, C. C. Early |
| The stress corrosion cracking of a non-age-hardenable aluminum alloy | |
| R.G. Weber, A. J. McEvily, Jr. |
| Velocity of cracks extending under stress in an adverse environment | |
| A. M. Sullivan |
| A mechanical model for fatigue crack propagation | |
| H.W. Liu, N. Iino |
| A mechanical model of fatigue crack propagation | |
| W.G. Fleck, R.B. Anderson |
| Behaviour of 2024 aluminum in low cycle fatigue at low strain rates as a function of temperature | |
| K. Erhardt, H. J. Grant |
| Behaviour of lowcycle fatigue at elevated temperatures | |
| T. Kunio, K. Iwamoto, K. Kanazawa |
| Brittle fracture strength of welded structures | |
| K. Ikeda, H. Kehara |
| Combined stress crack propagation in thin panels | |
| G. S. Jost |
| Corrosion-fatigue crack propagation | |
| R.M.N. Pelloux |
| Critical mechanisms in the development of fatigue cracks in 2024-T4 aluminum | |
| J.C. Grosskreuts, G.G. haw |
| Cyclic deformation and fracture characteristics of a low carbon martensitic steel | |
| P. Beardmore, C. E. Feltner |
| Dislocation substructure associated with propagating fatigue crack | |
| M. Klesnil, P. Lukáš |
| Effect of high hydrostatic pressure on the mechanical behaviour of homogeneous and rubber reinforced amorphous polymers | |
| G. Biglione, E. Baer, S.V. Radcliffe |
| Fatigue crack propagation in cylindrical shells | |
| W.M. Catanach, F. Erdogan |
| Fatigue in lithium fluoride crystals at elevated temperatures | |
| A.S. Argon, J.A. Godrick |
| Fracture detection in polymers by electron paramagnetic resonance | |
| D.K. Roylance, K.L. DeVries, M.L. Williams |
| Fracture mechanics and engineering design in polymers | |
| E. H. Andrews |
| Fracture mechanics of rubber | |
| G.J. Lake, P.B. Lindley, A. G. Thomas |
| Fracture mechanics technology applied to heavy section steel structures | |
| E.T. Wessel, W. G. Clark, W.H. Pryle |
| Infrared spectroscopic study of the chemical bonds in stressed polymers | |
| S.N. Zhurkov, V.I. Vettegren, V.E. Korsukov, I.I. Novak |
| Initiation and propagation of cracks under rolling contact fatigue in bearing steels | |
| M. Nagumo, K. Sugino, K. Aoki, K. Okamoto |
| Kinetic aspects of fatigue crack propagation | |
| T. Yokobori, M. Kawagishi, T. Yoshimura |
| Low-cycle fatigue in relation to design | |
| K.J. Pascoe |
| Microstructural aspects of the fatigue behaviour of rapid heat treated steel | |
| T. Kunio, M. Shimizu, K. Yamada |
| Predictive parameters and their application to high temperature, low cycle fatigue | |
| L.F. Coffin, Jr. |
| Submicrocrack formation under stress | |
| S.N. Shurkov, V.S. Kuksenko, A.I. Slutsker |
| The analysis of fatigue test results for butt welds with lack of penetration defects using fracture mechanics approach | |
| J.D. Harrison |
| The effect of intermetallic particles on fatigue crack propagation in aluminum alloys | |
| D. Broek |
| The effect of material stress-strain properties on fatigue failure | |
| B. Tomkins, G. Sumner, J. Wareing |
| The effect of temperature on fatigue fracture in a directionally-solidified nickel-base superalloy | |
| M. Gell, G.R. Leverant |
| The influence of stacking fault energy on fatigue fracture | |
| C.M. Wan, J. G. Byrne |
| The initiation of crazes in polystyrene | |
| R.N. Haward, B.M. Murphy, E.F.T. White |
| The interactions of deformation processes in high purity aluminum | |
| K.J. Miller, M.N. Risk |
| The specification of permissible defects sizes in welded metal structures | |
| A.A. Wells |
| Thermal stress fatigue and low cycle fatigue of cast iron | |
| M. Kinoshita, H. Yamanouchi, S. Yamamoto |