Paper 26: Multiaxial Creep-Strain/Complex-Stress/Time Relations for Metallic Alloys with Some Applications to Structures

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Johnson A. E. Frost N. E. ‘Note on the fracture under complex stress creep conditions of a 0.5% molybdenum steel at 550°C, and a commercially pure copper at 250°C’, Creep and fracture of metals at high temperatures 1956, 363 (London: H.M. Stationery Office).

Johnson A. E. Henderson J. Mathur V. D. ‘Combined stress creep fracture of a commercial copper at 250°C’, Engineer, Lond. 1956 202(5248), 261; 202(5249), 299.

Johnson A. E. Henderson J. Mathur V. D. ‘Complex stress creep fracture of aluminium alloy’, Aircr. Engng 1960 32(376), 161.

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Johnson A. E. Henderson J. Khan B. ‘The behaviour of cylindrical pressure vessels and thick-walled tubes under internal and external pressure at elevated temperatures’, Proc. Instn mech. Engrs 1961 175(25), 1043.

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Johnson A. E. Henderson J. Khan B. ‘Creep of a solid metallic bar or thick-walled tube of circular section, at elevated temperatures, when subject to various combinations of uniform bending moment, torque and axial load’, Intern. J. mech. Sci. 1962 4, 195.