1. Phillips, E.P. andNewman, J.C., Jr, “Impact of Small-Crack Effects on Design-life Calculations,”Experimental Mechanics,29 (2),221–225 (1989).
2. Verreman, Y., Dickson, J.I. and Bailon, J.P., “Generalization of the Kitagawa Diagram to V-Notched Members,” Advances in Fatigue Science and Technology, ed. C. Moura Branco and L. Guerra Rosa, Kluwer Academic Publishers, 785–798 (1989).
3. De Los Rios, E.R., “Experimental Techniques to Observe and Monitor Short Fatigue Cracks,” Advances in Fatigue Science and Technology, ed. C. Moura Branco and L. Guerra Rosa, Kluwer Academic Publishers, 265–281 (1989).
4. Brown, C.W. and Smith, G.C., “A Two Stage Plastic Replication Technique for Monitoring Fatigue Crack Initiation and Early Fatigue Crack Growth,” Advances in Crack Length Measurement, ed. C.J. Beevers, Engineering Materials Advisory Services, 41–51 (1982).
5. Verreman, Y., Bailon, J.P. and Masounave, J., “Fatigue Short Crack Propagation and Plasticity-Induced Crack Closure at the Toe of a Fillet Welded Joint,” The Behaviour of Short Fatigue Cracks, ed. K.J. Miller and E.R. de Los Rios, Mechanical Engineering Publications, London, EGF Pub. 1, 387–404 (1986).