In the course of the last ten to fifteen years, very considerable changes have taken place in the manner in which extrusion presses and their auxiliaries are operated.
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References
1.
SmithC.SwindellsN., J. Inst. Metals, 1953–54, 82, 323.
2.
SejournetJ., Met. et Constr. Mean. 1951, 83, 889, J. Sejournet, Materials and Methods, 1950, 31, (3), 56. J. Sejournet, Iron Coal Trades Rev., 1952, 165, 963.
3.
HorneM. R., Proc. Inst. Mech. Eng., 1955, 169, 107.
4.
HetzlerM.MichalskiA., Z. Metallkunde, 1955, 46, 6.
5.
LaueK.ArenzM., ibid., 1954, 45, 461.
6.
LaueK., ibid., 1955, 46, 237.
7.
PearsonC. E., "The Extrusion of Metals", pp. 74–79. 1944: London (Chapman and Hall, Ltd.).
MollickL.GrecnsiteA., "Proceedings of the National Conference on Industrial Hydraulics,"Vol. 9, p. 83. 1956: Chicago (National Conf. on Indust. Hydraulics).
NorthcottL.McLeanD.LeeO. R. J., "The Effect of Single- and Multi-Hole Die Extrusion on the Properties of Extruded Aluminium Alloy Bar", J. Inst. Metals, 1948, 74, 81, 632.
21.
DickinsonW. A.HendershotH. F., "Production of Nickel and High-Nickel Alloy Seamless Tubing", Tube-Producing Practice (Amer. Inst. Min. Met. Eng., Inst. Metals Div. Symposium Series No. 4), p. 83, 1951.
22.
SmithC., "The Extrusion of Aluminium Alloys", J. Inst. Metals, 1949-50, 76, 429; alsoInst. Metals Monograph and Rep. Series No. 9, p. 29, 1951.
