Used in conjunction with differentials a continuously variable gear can vary a larger power through a smaller range of ratios: limits on this process are established.
LomaxA. B.‘A model system to simulate creep of composites’, Metals and Materials19671, 116.
6.
EllisonE. G.HarrisB.‘The elevated temperature properties of a nickel alloy reinforced with tungsten wires’. Applied Materials Research19665 (January), 33.
7.
ClarkeJ. M.Contribution to discussion, Conf. Thermal Loading and Creep in Structures and Components, Proc. Instn mech. Engrs1963–64178 (Pt 3L), 169.
8.
EllisonE. G.LandesJ. D.‘Creep analysis for composite member’, A.S.M.E. 67-MET-16, Houston, Texas, April 1967.
9.
MansonS. S.‘Creep under non-steady temperatures and stresses’, Chapter 14, Mechnical behaviour of materials at elevated temperatures (ed.DornJ. E.) 1961 (McGraw-Hill Book Co.New York).
10.
WebsterG. A.PiearceyB. J.‘The effects of load and temperature cycling on the creep behaviour of a nickel-base alloy’, Trans. Am. Soc. Metals196659, 847.
