Creep,Stress-Relaxation,and Metallurgical Properties of Steels for Steam Power Plant Operating with Steam Temperatures above 950 Deg. F. (510 Deg. C.)

Bailey R. W. 1951 Proc. I. Mech. E., Vol. 164, p. 324, ‘Steam Piping for High Pressures and High Temperatures’.

Herbert D. C. Armstrong D. J. 1952 Metallurgia, Vol. 45, No. 271, p. 267, ‘The Development of a Strain-or-displacement-actuated Electronic Trigger for High-temperature Relaxation Testing and Other Purposes’.

Jenkinson E. A. To be published by the British Electrical and Allied Industries Research Association, as Report J/T. 170, part IV, ‘Metallurgical Properties of Bolt, Pipe, Tube, and Cast Steels, Including Study of the Microstructural Changes During Creep Testing’.

Ridley R. W. Smith A. I. Armstrong D. J. Cook M. A. To be published by the British Electrical and Allied Industries Research Association, as Report J/T. 170, part I, ‘Stress-relaxation Properties of Molybdenum-Vanadium, Chromium-Molybdenum-Vanadium, and Chromium-Molybdenum Steels for Bolts’.

Ridley R. W. Smith A. I. Armstrong D. J. Day M. F. To be published by the British Electrical and Allied Industries Research Association, as Report J/T. 170, part II, ‘Creep and Rupture Properties of Molybdenum-Vanadium Steam Pipe Steel, 2 1/4% Chromium-Molybdenum Steam Pipe and Superheater Tube Steels, and “18–12–1” Chromium-Nickel-Niobium Steam Pipe and Superheater Tube Steels’.

Ridley R. W. Smith A. I. Day M. F. To be published by the British Electrical and Allied Industries Research Association, as Report J/T. 170, part III, ‘Creep and Stress-relaxation Properties of a Molybdenum-Vanadium Cast Steel’.

Tapsell H. J. 1944 Proc. I. Mech. E., Vol. 151, p. 54, ‘Creep Properties of Steels Utilized in High-pressure and High-temperature Superheater and Steam Pipe Practice. Part I—Carbon Steels’.

Tapsell H. J. Bristow C. A. Jenkins C. H. M. Proc. I. Mech. E., 1941, Vol. 146, p. 208, ‘The Properties and Mode of Rupture of a Molybdenum and a Molybdenum-Vanadium Steel, Judged from Prolonged Creep Tests to Fracture’.

Tapsell H. J. Prosser L. E. 1940 Proc. I. Mech. E., Vol. 144, p. 91, ‘The Creep Properties of a 0·31 per cent Carbon, 0·54 per cent Molybdenum Cast Steel’.

Tapsell H. J. Ridley R. W. 1945 Proc. I. Mech. E., Vol. 153, p. 181, ‘Creep Properties of Steels Utilized in High-pressure and High-temperature Superheater and Steam Pipe Practice. Part II—0·5* per cent Molybdenum Steels’.