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ESIS13 Contents
Foreword | |
Introduction: an engineering problem | 1 |
Short Cracks and Durability Analysis of the Fokker 100 Wing/Fuselage Structure | 3 |
R. J. H. Wanhill | |
L. Schra | |
Initiation and early crack propagation | 29 |
High Cycle Fatigue Crack Initiation in Stainless Steels | 31 |
A. Heinz | |
P. Neumann | |
Fatigue Crack Initiation and Early Crack Growth in Copper Polycrystals - Effects of Temperature and Environment | 55 |
M. Bayerlein | |
H. Mughrabi | |
Crack propagation: microstructural considerations | 83 |
The Growth Behaviour of Microstructurally Small Fatigue Cracks in Metals | 85 |
K. Tokaji | |
T. Ogawa | |
Some Aspects of Small Crack Growth Near Threshold in Dual Phase Steel | 101 |
S. Kawachi | |
K. Yamada | |
T. Kunio | |
Microstructural Variations in Short Fatigue Crack Propagation of a C-Mn Steel | 115 |
E. R. de los Rios | |
A. Navarro | |
K. Hussain | |
Crack propagation: closure effects | 133 |
Stage I and Stage II Propagation of Short and Long Cracks in Al-Zn-Mg Alloys | 135 |
J. Petit | |
K. Kosche | |
Comparison of Long and Short Crack Growth in Polycrystalline and Single Crystal Forms of Udimet 720 | 153 |
P. A. S. Reed | |
J. E. King | |
Predictions of Growth Rate and Closure of Short Fatigue Cracks | 169 |
Yoshikazu Nakai | |
Kiyotsugu Ohji | |
Environmental effects: I - corrosion fatigue | 191 |
Environment Assisted Short Crack Growth Behaviour of a High Strength Steel | 193 |
R. Akid | |
G. Murtaza | |
The Influence of Corrosion on the Growth of Short Fatigue Cracks in Structural Steels | 209 |
A. Boukerrou | |
R. A. Cottis | |
The Nucleation and Coalescence of Short Cracks in Cyclically Loaded Ferritic Steel Exposed to a Carbonate-Bicarbonate Solution | 217 |
R. N. Parkins | |
P. M. Singh | |
Environmental effects: II-testing environment | 233 |
Influence of Environment on the Propagation of Short Fatigue Cracks in a Titanium Alloy | 235 |
J. Petit | |
J. Mendez | |
W. Berata | |
L. Legendre | |
C. Muller | |
Fatigue Crack Growth of Small Defects in a Superalloy at High Temperature in Air and in Vacuum | 251 |
P. Bernede | |
L. Remy | |
Mean stress effects | 263 |
Effect of Mean Stress on Short Crack Threshold | 265 |
P. Lukas | |
L. Kunz | |
Small Crack Growth in IMI 829 at Room Temperature | 277 |
M. C. Hardy | |
Crack growth at notches | 291 |
Small Crack Growth at Notches in IMI 829 | 293 |
W. J. Evans | |
S. H. Spence | |
Fatigue Crack Growth of Small Corner Defects from Blunt Notches in an Aeroengine Alloy | 305 |
I. W. Hussey | |
J. Byrne | |
W. Locke | |
Microscopy methods | 319 |
The Measurement of Surface Cracks Using Acoustic Microscopy | 321 |
P. J. Jenkins | |
G. A. D. Briggs | |
In-situ/SEM Fatigue Studies of Short Crack Behaviour at Ambient and Elevated Temperature in a Nickel-Base Superalloy | 335 |
R. Stephens | |
L. Grabowski | |
D. W. Hoeppner | |
Modelling of short crack behaviour: I - mechanic aspects | 349 |
Modelling of Statistical Characteristics of the Propagation of Small Fatigue Cracks | 351 |
K. Tanaka | |
M. Kinefuchi | |
T. Yokomaku | |
Modelling Strain Hardening at Short Fatigue Cracks | 369 |
X. J. Xin | |
E. R. de los Rios | |
A. Navarro | |
A Microstructurally Motivated Model for Short Crack Growth Rate | 391 |
D. Kujawski | |
F. Ellyin | |
Numerical Simulation of Surface Fatigue Microcracking Processes | 407 |
A. Bataille | |
T. Magnin | |
K. J. Miller | |
Modelling of short crack behaviour: II - an elasto-plastic approach | 421 |
A Model for the Description of the Influence of Small Three-Dimensional Defects on the High-Cycle Fatigue Limit | 423 |
B. Weiss | |
R. Stickler | |
A. F. Blom | |
An Analysis of the Rate of Growth of Short Fatigue Cracks | 439 |
A. J. McEvily | |
Z. Yang | |
Short Fatigue Crack Growth under Variable Amplitude Loading: a Theoretical Approach | 449 |
C. S. Grimshaw | |
K. J. Miller | |
J. M. Rees | |
Life prediction | 467 |
Predicting Fatigue Life in Aluminium Alloys Using Short Crack Growth Data | 469 |
L. Edwards | |
S. Gungor | |
Relation between Scatter Characteristics of Fatigue Life Crack Initiation and Small Crack Growth Behaviour of a Heat Treated Carbon Steel | 485 |
M. Goto | |
H. Nisitani |