Application of the crack opening displacement approach to the prediction of pressurized tube failure
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Abstract
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Research context
OpenAlex topics: Fatigue and fracture mechanics · Nuclear Materials and Properties · Hydrogen embrittlement and corrosion behaviors in metals
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References (11)
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1. A. Cowan and K.J. Cowburn ‘Critical Crack Length Measurements in Hydrided Zircaloy–2 Pressure Tubes’. (To be published.)
2. R.W. Nichols and B. Watkins ‘Implications of Embrittlement During the Life of Zirconium Pressure Tube Reactors'’, ASTM Atlantic City Meeting (June 1966). (To be published.)
3. ASTM Special Committee on Fracture Testing ASTM Bull., 243, 29 (Jan. 1960); 18 (Feb. 1960).
4. A.A. Wells Brit. Weld. J., 10, 563 (Nov. 1963).
5. R.W. Peters and P. Kuhn ‘Bursting Strength of Unstiffened Pressure Vessels with Slits’, National Advisory Committee for Aeronautics, Technical Note 2993 (1957).
6. R.N. Katz and K.H. Abbott ‘The Use of the Critical Thickness Concept in Design’, AIME Symp. on Applications of Fracture Toughness Parameters to Structural Metals (1964).10.21236/AD0614094 ↗
7. C.H. Carmen, D.F. Armiento, and H. Markus J. Engr. for Power, 86, A4, 465 (1965).10.1115/1.3677636 ↗
8. W.H. Irvine, A. Quirk, and E. BevittJ. Brit. Nucl. Energy Soc., 3, 31 (1964).
9. F.M. Burdekin and D.E.W. Stone J. Strain Anal., 1, 145 (1966).10.1243/03093247V012145 ↗
10. J.N. Goodier and F.A. Field ‘Plastic Energy Dissipation in Crack Propagation’, Conf. on Fracture of Solids, 163 (1962); AIMMPE (1963).
11. G.T. Hahn and A.R. Rosenfield Acta Met., 13, 293 (1965).10.1016/0001-6160(65)90206-3 ↗