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EGF1 Contents
An Introduction | 1 |
Summary | 5 |
Design Considerantions | 13 |
Applying Fatigue Research to Engineering Design I.F.C. Smith |
15 |
Short Cracks in Aerospace Structures R.J. Wanhill |
27 |
Short Fatigue Crack Growth Behaviour in Al2024 and Al7475 |
37 |
Material and Speciman Preparation Effects | 67 |
The Effect of Surface Finish on High Cycle Fatigue of a Low Alloy Steel |
69 |
On Fatigue Crack Growth in Stage I |
|
A Comparison of Long and Short Fatigue Crack Growth in a High Strength Aluminium Alloy R.K. Bolingbroke and J.E. King |
101 |
Short Fatigue Cracks in Technical pm-Mo Alloys A. Fathulla, B. Weiss, and R. Stickler |
115 |
Fatigue Growth of Long and Short Cracks in a Powder Metallurgy Nickel Base Superalloy |
133 |
Environmental Aspects | 143 |
Initiation and Growth of Surface Microcracks in Polycrystalline Copper Cycled in Air and in Vacuum J. Mendez, P. Violan and G. Gasc |
145 |
On the Effect of Environment on Short Crack Growth Behaviour and Threshold J. Petit and A. Zeghloul |
163 |
Initial Stages of Hydriogen Induced Short Fatigue Crack Propagation P.E.V. de Miranda and R. Pascal |
179 |
Microstructural Considerations | 191 |
The Growth of Persistent Slip Bands during Fatigu W. J. Baxter |
|
The Initiation and Growth of Intergranularly Initiated Short fatigue Cracks in an Aluminium 4.5 per cent Copper Alloy P.M. Mulvihill and C.J. Beevers |
203 |
Initiation and Short Crack Behaviour in Aluminium Alloy Castings A. Plumtree and S. Schafer |
215 |
The Growth of Fatigue Cracks in a Nickel Based Single Crystal C. Howland |
229 |
The Behaviour of Physically Short Fatigue Cracks in Steels J.M. Kendal, M.N. James, and J.F. Knott |
241 |
Notches | 259 |
Tolerant Microflow Sizes and Non-Propagating Crack Behaviour K. Yamada, M.G. Kim, and T. Kunio |
261 |
Effects of Hardness and Crack Geometries on deltaKth of Small Cracks Emanating from Small Defects Y. Murakami and M. Endo |
275 |
Fatigue Crack Growth in Micro-Notched Specimens of High Strength Steels O. Oni and C. Bathias |
295 |
Initiation and Early Growth of Fatigue Cracks from a Circumferential Notch Loaded in Torsion E. Hay and M.W. Brown |
309 |
The Effect of Notch Radius on the Fatigue Notch Factor and the Propagation of Short Cracks D.L. DuQuesnay, T.H. Topper, and M.T. Yu |
323 |
Behaviour of Small Fatigue Cracks at Blunt Notches in Aero-Engine Alloys I.W. Hussey, J. Byrne, and T.V. Duggan |
337 |
Short Crack Phenomena in a High Aluminium Alloy and some Analytical Tools for their Prediction |
353 |
Mechanics Aspects of Small Crack Growth from Notches-the Role of Crack Closure P. Lalor, H. Sehitoglu, and R. McClung |
369 |
Fatigue Short Crack Propagation and Plasticity-Induced Crack Closure at the Toe of A Fillet Welded Joint Y. Verreman, J.P. Bailon, and J. Masounave |
387 |
Fracture Mechanics | 405 |
Thermodynamic Considerations of Fatigue Crack Nucleation and Propagation F. Guiu and R.N. Stevens |
407 |
Interfaces Between Short, Long, and Non-Propagating Cracks M.W. Brown |
423 |
Two Phases of Short Crack Growth in a medium Carbon Steel P.D. Hobson, M.W. Brown, and E.R. de los Rios |
441 |
A Small-Crack Growth Law and its Application to the Evaluation of Fatigue Life H. Nisitani and M. Goto |
461 |
Fatigue of Short Cracks: the Limitations of Fracture Mechanics D. Taylor |
479 |
Fatigue Damage Accumulation Above and Below the Fatigue Limit K.J. Miller, H.J. Mohamed, and E.R. de los Rios |
491 |
Initiation and Propagation of Short Cracks in Aluminium Alloy Subjected to Programmed Block Loading L. Bouksim and C. Bathias |
513 |
Acoustic Microscopy | 527 |
How to Observe Short Surface Cracks by Acoustic Microscopy G.A.D. Briggs, E.R. de los Rios, and K.J. Miller |
529 |
Small Fatigue Crack Behaviour Monitored using surface Acoustic Waves in Quenched and Tempered 4140 Steel | 537 |
Conclusions | 553 |
Index | 557 |