ShanleyR. F.‘Weight-strength analysis of aircraft structures’, 1952, (1st Ed.) Ch. 19, McGraw-Hill Book Co., Inc., New York, Toronto and London.
2.
SidebottomO. M.CostelloG. A.DharmarajanS.‘Theoretical and experimental analyses of members made of materials that creep’, University of Illinois Engineering Experiment Station Bulletin460, 1961.
3.
CostelloG. A.SidebottomO. M.PocsE.‘Inelastic design of load carrying members—Part II: The effect of end conditions on the collapse load of columns’, Wright Air Development Division Technical Report 56–330 or University of Illinois Department of Theoretical and Applied Mechanics Report No. 178, 1960.
4.
SidebottomO. M.DewhirstD. L.‘Theoretical and experimental creep analyses of beam-columns’, Amer. Soc. Mech. Engrs1962, Paper No. 62-WA-229.
5.
BauldN. R.Jr‘Elevated temperature creep torsion of circular bars and creep collapse of eccentrically loaded columns made of metals’, unpublished Ph.D. thesis, University of Illinois, 1963.
6.
PatniakN.SidebottomO. M.‘Creep of circular-section torsion-tension members subjected to non-proportionate load changes’, University of Illinois Engineering Experiment Station Technical Report, 1963.
7.
HylerW. S.‘An evaluation of compression testing techniques for determining elevated-temperature properties of titanium sheet’, Battelle Memorial Inst., TML rep. no. 43, June 1956.
8.
SullyA. H.CaleG. N.WilloughbyA.‘Creep of metals subjected to compression stress’, Nature1948162, 411.
9.
HeimerlG. J.FarguharJ.‘Compressive and tensile creep of 7075-T6 and 2024-T3 aluminium alloy sheet’, NASA, TN D-160 Dec. 1959.
10.
JacksonL. R.SchwopeA. D.ShoberF. R.Stress-strain-time properties of some aircraft materials, Chapter 17, ‘Weight strength analysis of aircraft structures’, by ShanleyF. R., McGraw-Hill1952.
11.
PatniakN.SidebottomO. M.‘Creep of circular-section torsion-tension members subjected to non-proportionate load changes’, University of Illinois Engineering Experiment Station Technical Report, 1963.
12.
SidebottomO. M.CostelloG. A.DharmarajanS.‘Theoretical and experimental analysis of members made of materials that creep’, Engineering Experiment Station, University of Illinois, Bulletin 460, 1961.
13.
DharmarajanS.SidebottomO. M.‘Arc hyperbolic sine creep theory applied to torsion-tension member of circular cross-section’, Proceedings of the Society for Experimental Stress Analysis, 1963, pp. 153–160.
14.
SchweikerJ. W.SidebottomO. M.‘Creep of thick-walled cylinders under internal pressure and axial load’, TAM Report No. 196, University of Illinois, 1961.
15.
GubserJ. L.SidebottomO. M.ShammamyM. R.‘Creep torsion of prismatic bars’, The Joint International Conference on Creep, Paper 54.