ChevenardP.“Alliages de nickel conservant leur rigidité dans un domaine étendu de temperature,”Comptes Rendus, 1922, vol. 175, p. 486.
2.
DickensonJ. H. S.“Some Experiments on the Flow of Steels at a Low Red Heat, with Note on the Scaling of Heated Steels,”Jl. Iron and Steel Inst., 1922, vol. 106, p. 103.
3.
LeaF. C.“Effect of Low and High Temperatures on Materials,”Proc. I.Mech.E., 1924, p. 1053.
4.
BaileyR. W.RobertsA. M.“Testing of Materials for Service in High-Temperature Steam-Plant,”Proc. I.Mech.E., 1932, vol. 122, p. 209.
5.
JenkinC. H. M.BucknallE. H.“The Inter-Relation of Age-Hardening and Creep Performance. Part I—The Age-Hardening of Nickel-Silicon-Copper Alloys.”Jl. Inst. Metals, 1935, vol. 57, p. 285.
6.
BaumannK.“Some Considerations Affecting the Future Development of the Steam Cycle,”Proc. I.Mech.E., 1930, p. 1305.
7.
MacCulloughG. H.“An Experimental and Analytical Investigation of Creep in Bending,”Trans. A.S.M.E., 1933, vol. 55, APM–55–9–55.
8.
TapsellH. J.JohnsonA. E.“An Investigation of the Nature of Creep under Stresses Produced by Pure Flexure,”Jl. Inst. Metals, 1935, vol. 57, p. 387.
9.
BaileyR. W.“Creep of Steel under Simple and Compound Stresses.”Trans. World Power Conference, Tokio Sectional Meeting, 1929, vol. 3, p. 1089. Abridged in The Engineer, 1929, vol. 148, p. 528; and in Engineering, 1930, vol. 129, p. 265.
10.
BaileyR. W.“Thick-Walled Tubes and Cylinders under High Pressures and Temperatures.”Engineering, 1930, vol. 129, pp. 772, 785, 818.
11.
HenckyK.Zeitschrift für angewandte Mathematik und Mechanik, 1924, vol. 4, p. 323.
12.
NortonF. H.“The Creep of Steel at High Temperatures,”1929 (McGraw-Hill Book Company, New York and London).
13.
von MisesR.Nachricht Gesammelte Wissenschaft Göttingen, 1913, p. 582.
14.
MorleyA.“Strength of Materials,”7th ed., 1928 (Longmans, Green).