A Systematic Review on the Mechanical, Tribological, and Corrosion Properties of Al 7075 Metal Matrix Composites Fabricated through Stir Casting Process

Table 5

Fabrication methods for various Al-MMCs.

S. no.	Ref.	Matrix	Fabrication method	Properties studied
1	[34]	1060	Powder metallurgy	Wear
2	[35]	1100	Accumulative roll bonding	Elongation, microhardness, and TS
3	[36]		Stir casting	Yield strength, TS, and % elongation
4	[37]	2009	Powder metallurgy	Corrosion
5	[38]	2011	Stir casting	Wear
6	[39]	2014	Squeeze casting	Wear and friction
7	[40]	2024	Squeeze casting	Hardness and wear
8	[41]		Stir casting	Wear
9	[42]		Pressure infiltration	Bending strength
10	[43]		Powder metallurgy	Wear
11	[44]		Vortex method and applied pressure	Hardness and TS
12	[45]	2124	Powder metallurgy	Fatigue behavior
13	[46]	2219	Liquid metallurgy	Wear
14	[47]	2618	Squeeze casting	Wear
15	[48]	5052	Pressure less infiltration	TS
16	[49]	5059	Stir casting	Hardness and wear
17	[50]	6061	Stir casting	Hardness, ultimate TS, and wear
18	[51]		Vacuum hot pressing	TS
19	[52]	6063	Liquid metallurgy	Wear
20	[53]	6351	Stir casting	Wear
21	[54]	7005	Compo casting	TS, hardness, and fracture
22	[55]	7055	Powder metallurgy	Fatigue behavior
23	[56]	7075	Stir casting	Ultimate TS and hardness
24	[57]		Liquid casting	TS, hardness, and wear
25	[58]	8090	Spray deposition	Wear