NANOSTRUCTURED ALLOYS AND MECHANICAL ALLOYING
DOI:
https://doi.org/10.17146/jsmi.2003.4.2.4878Keywords:
Nanostructured Alloys, Mechanical alloyingAbstract
NANOSTRUCTURED ALLOYS AND MECHANICAL ALLOYING. This paper reviews the formation of nanostructured alloys, recent development of nanocrystalline magnesium alloys and their nanocomposite synthesized via mechanical alloying. Though mechanical alloying was developed for the processing of oxide dispersion strengthening super-alloys, this technique offers the possibility of producing very fine crystallite size down to the nano-scale with flexibility in alloying so that the mechanical properties of the final composite can be tailored.
Downloads
References
. J.S. BENJAMIN, Mechanical alloying-history and
future potential, Novel Powder Processing Adv.
In Powder Metall., 7 (1992), Proc. of the 1992
Powder Metallurgy, World Congr., San Francisco,
CA, USA, 21-26 June (1992), Publ. Metal Powder
Inductries, 155-168.
. R.M. DAVIS and C.C KOCH, Scripta Metall. 21
(1987),305.
. S. ZHANG, K.A. KHOR and L. LU, J. Mater. Proc.
Tech., 48 (1995), 779.
. R.M. DAVIS, B.T. McDERMOTT and C.C. KOCH,
Metall. Trans., 19A(1988), 2867.
. D. LEE, J. CHENG, M. YUAN, C.N.J. WAGNER
and A.J. ARDELL, J. Appl. Phys., 64, 4772.
. J.S. BENJAMIN, Met. Constr. Mech., 104
(1972), 12.
. J.S. BENJAMIN, Dispersion-strengthened
electrical heating alloys by powder metallurgy, US
Patent #US3 660 049, May 2, 1972.
. J.S. BENJAMIN, Powder metallurgical products,
British Patent #1 298 944, December 6, 1972.
. J.S. BENJAMIN, R.L. CAIRNS and J.H. WEBER,
Hot working, heat resistant alloys, S. African Patent
104 328, February 21, (1972).
. J.S. BENJAMIN, Dispersion-hardened nickelchromium-cobalt wrought alloy, German patent
223 715, December 21, (1972).
. J.S. BENJAMIN, Mater. Sci. Forum, 88-90
(1992), 1.
. J.S. BENJAMIN, New Materials by Mechanical
alloying Techniques, DGM Confer., Calw-Hirsau
(FRG), Oct. 1988, Ed. E. Arzt and L. Schultz,
Informationsgesellschaft Verlag, 3.
. C.C. KOCH, O.B. CALVIN, C.G. MCKAMEY and
J.O. SCARBROUGH, J. Appl. Phys. Lett., 43
(1983),1017.
. H. WATANABE and T. MUKAI, Scripta Mater.,
(1999), 477.
. C.C. KOCH and J.D. WHITTENBERG,
Intermetallics, 4 (1996), 339.
. C. SURYANARAYANA, Inter. Mater. Rev., 40
(1995), 41.
. Y. CHEN and J.S. WILLIAM, J. Alloys Comp., 217
(1995),181.
. D.G. MORRIS and M.A. MORRIS, Mater. Sci. Eng.,
A104 (1988), 201.
. G. COCCO, S. ENZO, L. SCHIFFINI and L.
BATTEZZATI, Mater. Sci Eng., 97 (1988), 43.
. H.J. FETCH, E. HELLSTERN, Z. FU and W.L.
JOHNSON, Adv. in Powder Metall.-1989, Comp.
T.G. GASBARRE and W.F. JANDESKA, Jr., Publ.
Metal Powder Industries Federation, Princeton,
N.J., 2 (1989), 111.
. F.H. FROES and C. SURYANARAYANA, JOM, 41
(1989), 12.
. E. HELLSTERN, H.J. FETCHT, C. GARLAND and
W.L. JOHSON, Multicomponent Ultrafine
Microstructures, Ed. L.E. Mc. CANDLISH, D.E.
POLK, R.W. SIEGELand B.H. KEAR, Publ. Mater.
Res. Soc., Pittsburgh, PA, 132 (1989), 137.
. A.R. YAVARI, Mater. Sci. Eng., A179/180
(1994), 20.
Downloads
Published
How to Cite
Issue
Section
License

This work is licensed under a Creative Commons Attribution-ShareAlike 4.0 International License.





