The interface between the matrix and reinforcement plays a crucial role in determining the
properties of metal matrix composites (MMC). Surface treatments and coating of the …

A transmission electron microscopy study has been performed on the crystallography of
SiC/MgAl2O4/Al interfaces in a pre-oxidized SiC particulate reinforced SiC/Al composite …

The microstructure and interface between metal matrix and ceramic reinforcement of a
composite play an important role in improving its properties. In the present investigation, the …

The age-hardening ability of B 4 C/6061Al composites, fabricated by powder metallurgy
technique, were systematically investigated through varying B 4 C contents (0–30 wt%), hot …

Methodologies both to avoid the formation of Al 4 C 3 and to tailor the interfacial structures in
a SiC/2014 Al composite were demonstrated. Modification of the interfacial structures in the …

The basic concept of achieving reduced reactions at a matrix–fiber interface by decreasing
fiber solubility in the matrix of a metal matrix composite (MMC) was implemented on the Al …

Al–Mg-alloy was reinforced with 10 vol.% SiC particles size of 3 μm diameter by vortex
technique. Stiffener distribution, particle interaction with metal-matrix and mechanical …

Aluminium matrix composites reinforced with unoxidized or oxidized SiC particles and
varying Mg concentrations have been prepared using stir casting technique. The extent of …

A methodology to control interfacial microstructures, while suppressing formation of Al 4 C 3
in wrought Al alloy composites reinforced with SiC, was demonstrated. Thermodynamic …

Equilibrium Si contents required to prevent the interfacial reaction in the SiCp/2014 Al
composite were predicted using both theoretical calculations and experimental method …