The surface stresses in rotating discs of asymmetric profile and the effects of axial deflection, as determined theoretically, are compared with measurements made on photoelastic models by the ‘frozen-stress’ technique.
Get full access to this article
View all access options for this article.
References
1.
BrookingR. L.BrownJ.AtkinsB. R.‘A direct, easily computable method for the evaluation of centrifugal and thermal stresses in discs, and stress changes due to plastic flow and creep’, National Gas Turbine Establishment Report R 122, July 1956.
2.
ThurgoodD. A.‘Centrifugal stresses in a single wheel and hub’, Engineer, Lond.1961212, 869.
3.
DeutschE. J.‘A method of stress analysis for shrouded discs’, Aerospace Engng1962 21 (No. 3), 24.
4.
MeriamJ. L.‘Centrifugal stresses in impellers’, Aircr. Engng194315, 257.
5.
ThurgoodD. A.McEwanJ. R.‘Stress analysis of the asymmetric profile rotating disc. Part II: Comparison of measured and predicted stresses’, Hawker Siddeley Dynamics Ltd, Stress Office Report No. 619, November 1967.
6.
ThurgoodD. A.GivanV. E. F.‘Stress analysis of the asymmetric profile rotating disc. Part I: Theoretical analysis’, Hawker Siddeley Dynamics Ltd, Stress Office Report No. 619, January 1967.
7.
SchilhanslM. J.‘Stress analysis of a radial-flow rotor’, J. Engng Pwr, Trans. Am. Soc. mech. Engrs196284, 124.
8.
KobayashiA. S.TrumplerP. R.‘Elastic stresses in a rotating disc of general profile’, Int. J. mech. Sci.19602, 13.
