1. Ballard, P., Merrien, P., Fabbro, R., Bignonnet, A., Castex, L., and Fournier, J., 1990, “Tenue a` la Fatigue d’aciers Traite´s par une Onde Plastique Induite par Laser,” Contraintes Re´siduelles et Nouvelles Technologies, CETIM Senlis, pp. 153–166.
2. Barralis, J., Mathieu, G., and Castex, L., 1989, “Improvement of Mechanical Fatigue Strength by Optimization of Laser Surface Treatment,” Surface Engineering with High Energy Beams, Ed. CEMUL, Lisboa, pp. 111–120.
3. Bomar, Jr. S. H., et al., 1983, Final Report DOE/SF/11558-T8, The Georgia Tech Research Institute, Solar Thermal Advanced Research Center, Atlanta, GA.
4. Ferriere
A.
, LestradeL., LebrunM., RivoireB., 1994, “Characteristics and Performances of a High-Flux Solar Furnace: Application to Surface Thermal Treatments,” Journal of High Temperature Chemical Processes, 3, pp. 31–38.
5. Forget, P., Jeandin, M., and Lu, J., 1990, “Contraintes Re´siduelles Engendre´es par choc Laser sur des Superalliages Are´ronautiques,” Contraintes Re´siduelles et Nouvelles Technologies, CETIM Senlis, pp. 167–178.