LoveA. E. H.A treatise on the mathematical theory of elasticity 4th edition, 1944, 144 (Dover Publications, New York).
2.
TimoshenkoS.Strength of materials, Part II1941, Chapter IX (D. Van Nostrand Co. Inc., New York).
3.
MorrisonJ. L. M.CrosslandB.ParryJ. S. C. ‘Strength of thick cylinders subjected to repeated internal pressure’, Proc. Instn mech. Engrs, Lond.1960174 (No. 2), 95.
4.
BridgmanP. W. ‘Reflections on rupture’, J. appl. Phys.19389, 522.
5.
BridgmanP. W.The physics of high presssure1949, 91 (G. Bell and Sons Ltd, London).
6.
JohnsonW. ‘The pressure for the cold extrusion of lubricated rod through square dies of moderate reduction at slow speeds’, J. Inst. Metals1956–5785, 403.
7.
HorneM. R. ‘The elastic-plastic theory of containers and liners for extrusion presses’, Proc. Instn mech. Engrs, Lond.1955169, 107.
8.
SieberK. ‘From wire to bolt design, working life and efficiency of the forming tools’, Wire, Lond.1959 (February) No. 39, 14.
9.
‘Container wall pressure in the slow speed plane strain direct extrusion of pure lead’, 5th M. T. D. R. Conference1965, 429 (Pergamon Press).
10.
‘The measurement of container wall pressure and friction coefficient in axi-symmetric extrusion’, 4th M. T. D. R. Conference1964, 319.
11.
JohnsonW.KudoH.Mechanics of metal extrusion1962 (Manchester University Press).
12.
DerringtonM. G. ‘The onset of yield in a thick cylinder subjected to uniform internal or external pressure and steady heat flow’, Int. J. mech. Sci.19624, 83.
13.
HallingJ.MitchellL. A. ‘An upper-bound solution for axi-symmetric extrusion’, Int. J. mech. Sci.19657 (No. 4), 277.