1. Bandyyopadhy, N., Kameda, J. and McMahon, C. J. Jr., “Hydrogeninduced Cracking in 4340-type Steel: Effects of Composition, Yield Strength, and H2 Pressure”,Metallurgical Transactions,14A, 881 (1983).
2. Beahem, C. D., “A New Model for Hydrogen-assisted Cracking (Hydrogen Embrittlement)”,Metallurgical Transactions,3, 437 (1972).
3. Bhaduri, A. K., Sujith, S., Srinivasan, G., Gill, T. P. S. and Mannan, S. L., “Optimized PWHT Procedures for 17-4 PH Stainless Steels”, Welding Research Supplement, 153 (1995).
4. Bloch, C., Hill, J. and Cornell, D., “Proper PWHT Can Stop Stress-induced Corrosion”,Welding Journal,May, 31 (1997).
5. de Kazinczy, F., “A Theory of Hydrogen Embrittlement”,Journal of Iron and Steel Institute,177, 85 (1954).