چكيده لاتين :
]1[ Khademian M., Saeedi Heydari M., Alizadeh A.,
Baharvandi H.R., Investigation the effect of hot rolling
process on properties and microstructure of Al-B4C
composite by vortex , Modares Mechanical Engineering,
Vol.14, No.9, pp.140-146, 2014 (In Persian).
]2[ Miracle D.B., Metal matrix composites, From
science to technological significance , Compos Sci
Techno, Vol.65, pp. 2526-2540, 2005.
[ ] Adamiak. M., Fogagnolo J.B., Ruiz-Navas. E.M.,
Dobrzanski. L.A., Torralba. J.m., mechanically milled
AA6061/(Ti3Al)p MMC reinforced with intermetallicsthe
structure and properties , Materials Processing,
pp.155-156 (2004) 2002-2006.
]4[ Delannay F., Froyen L., Deruyttere A., Review: the
wetting of solids by molten metals and its relation to the
preparation of metal–matrix composites , J.Mater. Sci.,
22, 1-16, 1987.
]5[ Hashim J., Looney L., Hashmi M.S.J., Particle
distribution in cast metal matrix composites—Part I ,
Journal of Materials Processing Technology Vol.123,
pp.251-257, 2002
[6] Kulkarni S., Meghnani J., Lal A., Effect of Fly Ash
Hybrid Reinforcement on Mechanical Property and
Porosity of Aluminium 356 alloy , Elsevier, Procedia
Materials Science, Vol.5, pp.746-754, 2014.
[ ] Shinde S., Manufacturing of Aluminum Matrix
Composite Using Stir Casting Method , IJIERT, Vol.2,
Issue.5, May-2015.
[9] BANERJI A., ROHATGI P. K., Cast aluminium
alloy containing dispersions of Ti02 and Zr02 particles ,
Journal of Materials Science ,Vol.17, pp.335-342, 1982.
[9] Kataiah G.S., Girish D.P., The Mechanical
properties fractography of aluminium 6061-tio2
composites , International Journal of Pharmaceutical
Studies and Research, Vol.1, PP.17-25, 2010.
[10] Ravichandran M., Dineshkumar S., Synthesis of
Al-TiO2 Composites through Liquid Powder Metallurgy
Route , International Journal of Mechanical Engineering
vol.1, pp.12-17, 2014.
[11] Ghanaraja S., Ramanuja C.M ., Ravikumar K.S .,
Madhusudan B.M, Study on Mechanical Properties
of Hot Extruded Al (Mg)-TiO2 Composites , American
Journal of Materials Science, Vol.5(3C), pp.188-193,
2015.
[92] Maity P.C., Chakraborty P.N., Panigrahi S.C.,
Processing and properties of Al-Al203 (TiO2) in situ
particle composite , Journal of Materials Processing,
Tech.53, pp.857-870, 1995.
[93] Sobczak N., Stobierski L., Radziwill W., Ksiazek
M., Warmuzek M ., Wettability and interfacial
reactions in Al-TiO2 , Surface and Interface Analysis,
Vol.36, Iss. 8, pp.1067-1070, 2004.
[94] Feng C.F., Froyen L., Formation of Al3Ti and
Al2O3 from an Al–TiO2 system for preparing in-situ
aluminium matrix composites , Composites, Part A 31,
pp.385-390, 2000.
[95 [ادي ج.، خليص عالفي ج.، قيطاسي س.، توليهد ، ريمسهاختار و
خهههواص مكهههانيكي كامپوزيهههت ههههاي درجهههاي /(A356(Al
(TiO2(Al2O3 ب روش ريخت گري گردابي كنفهرانس مهندسهي
ساخت و توليد ايران، سال.92 ،ص ص.9-1 ،9399 .
]96[ Alavi Nia A., Omidvar H., Nourbakhsh S.H.,
Investigation of the effects of thread pitch and water
cooling action on the mechanical strength and
microstructure of friction stir processed AZ31 ,
Materials and Design, Vol.52, pp.615-620, 2013.
