Mechanical Properties of Titanium Diboride Particles Reinforced Aluminum Alloy Matrix Composites: A Comprehensive Review

Table 3

Superior mechanical properties of titanium diboride based aluminum matrix composites.

MMCs	Manufacturing process	Macrohardness (BHN)	Microhardness (HV)	UTS (MPa)	YS (MPa)	Reference
AA7050/6 wt% TiB2	In situ casting technique	—	—	746	701	[25]
AA6061/12 wt% TiB2	Exothermic reaction process	88.6	—	173.6	94.2	[34]
Al/7 wt% TiB2	Salt-metal reaction route	30	—	136.6	—	[35]
A356/8.37 vol% TiB2	In situ reaction process	—	—	258.5	217.6	[36]
AA2219/10 wt% TiB2	In situ casting technique	—	96	234	205	[37]
AA6063/13.12 wt% TiB2	In situ casting	—	59.25	140.9	—	[38]
AA6061/10 wt% TiB2	High energy stir casting	—	73.93	171	—	[39]
AA7075/9 wt% TiB2	In situ method	—	128	285	—	[40, 85]
AA6063/10 wt% TiB2	In situ casting route	—	110	—	—	[41, 73]
A356/12.5 wt% TiB2	Exothermic reaction process	—	—	382	324	[42]
AA6061/12 wt% TiB2	Stir casting	—	72.46	137.86	—	[43]
Al-6Cu-0.2Mg-1Mn/5 wt% TiB2	In situ casting	—	84	—	—	[44]
AA6061/10 wt% TiB2	Melt stirring process	—	58	195	—	[45]
AA2219/10 wt% TiB2	In situ reaction method	—	—	426.97	301.75	[47]
LM/7.5 wt% TiB2	Mixed salts method	—	—	202	164	[48]
A356/0.5 wt% TiB2	Stir casting	—	118	—	—	[50]
AA356/7.8 vol% TiB2	In situ casting	—	—	382	328	[51]
AA6061/7 wt% TiB2	Mixed salt route	—	47	145	—	[52]
AA6061/9 wt% TiB2	Exothermic reaction process	—	123	—	—	[54]
Al-4.5%Cu-3%C/15 vol% TiB2	In situ method	—	—	257.6	—	[55]
Al(CP)/20 vol% TiB2	Powder metallurgy	—-	—	191	115	[56]
LM25/7.5 wt% TiB2	In situ reaction casting	81	—	202	164	[57]
Al-4Cu/10 wt% TiB2	Liquid state in situ casting	—	138	—	—	[58]
AA6061/12 wt% TiB2	Stir casting	—	77.93	140	—	[60]
AA6061/2.5 wt% TiB2/10% SiC	Liquid state stir casting	—	71.46	—	—	[64]
AA6061/10 wt% TiB2	In situ method	—	74.83	165.74	—	[65]
Al(CP)/wt% TiB2	In situ method	—	—	180	96	[66]
AA7178/9 wt% TiB2	In situ casting route	—	94	211	—	[67]
Al-7Si/13.12 wt% TiB2	In situ reaction process	—	102	209	152	[69]
AA6061/20 wt% TiB2/2Gr	Stir casting route	—	91.4	170	—	[72]
AA6061/2.5 wt% TiB2/10 wt% SiC	Stir casting	—	75	—	—	[76]
AA6061/10 wt% TiB2/2 wt% gr	Stir casting	—	79.04	—	—	[77]
AA2219—6 wt%TiB2/ZrB2	In situ casting	—	155.6	—	—	[79]
A356/2.5 wt% TiB2	In situ technique	—	92	—	—	[81, 84]
AA6061/14 wt% TiB2	In situ technique	—	128	334	—	[83]
AA2009/8 wt% TiB2 (solution temperature 520°C)	In situ method	—	—	538	364	[86]
AA2024/7 wt% TiB2	Stir casting	—	116	—	—	[87]
AA7075/12 wt% TiB2	In situ technique	—	141	287.95	—	[88]