Sentence examples for matrix composite by from inspiring English sources

Fu-min et al. (2007) manufactured SiC-reinforced Al-Mg-Si matrix composite by pressureless infiltration technique in the presence of nitrogen at 850°C.

In the current research work an attempt has been made to fabricate the Aluminum metal matrix composite by liquid route i.e. stir casting.

The manufacturing of unidirectional glass-fibre-reinforced IPC matrix composite by pultrusion shows shear weaknesses, leading to premature failure of load-bearing elements under shear effects.

Flaws of controlled size are created in the monolithic zircon and silicon carbide fiber-reinforced zircon matrix composite by means of a Vicker's indentation technique.

The possibility of fabricating a new type of optically transparent glass particle dispersed epoxy matrix composite by tailoring the refractive index of the particle and matrix was studied.

Kumar et al. (2012) produced SiC (of size 30 to 50 μm and weight percentage of 5, 10 and 15) reinforced Al 6061 matrix composite by liquid metallurgy technique, where the SiC was first cleaned in distilled water and dried at 90°C.

However, there are still some difficulties in the enhancement of metal matrix composites by MWCNTs and graphene.

Jayaram and Biswas (1999) casted Al alloy containing Si, Zn and Mg as alloying elements and fabricated SiC-reinforced Al matrix composites by melt oxidation route.

They also fabricated 20 wt.% SiCp-reinforced L2 matrix composites by powder forming applying cold isostatic pressure of 3,700 bar for 5 min.

This chapter deals first with the strengthening of metal matrix composites by particles, second it considers how strain mismatch can decrease strength in an unusual manner.

In this article, we elucidate the effect of the crystalline second phase on the tension behavior of metallic glass matrix composites by using large-scale atomistic simulations.