The results of mathematical modeling and the experimental investigation on the
machinability of aluminium (Al6061) silicon carbide particulate (SiCp) metal matrix …

Metal matrix composites have been increasingly used as materials for components in
automotive and aerospace industries because of their improved properties compared with …

Nowadays metal matrix composites are widely utilized in major industries such as
aerospace and automotive because of their excellent properties in association with non …

The advancement in automation and accuracy of machine tool made it possible to produce
high quality industrial products. One of the main perceptions of quality in mechanical …

Metal matrix composites (MMC) have become a leading material among composite
materials, and in particular, particle reinforced aluminum MMCs have received considerable …

Aluminium-silicon carbide reinforced metal matrix (Al/SiC-MMC) composite materials has
tremendous application in automobile, aerospace and other industries due to their excellent …

The present study establishes the relationship between cutting conditions and machinability
characteristics during the turning of metal matrix composites (MMC). The investigation aims …

Metal matrix composites are replacing the traditional material world because of their
superior mechanical properties. Consequently, the necessity for accurate machining of the …

The A16061/SiC p metal matrix composites are most frequently used for automobile and
aerospace applications and the end milling operations are performed to achieve the better …

In the present study, a Response Surface model (RSM) has been developed to predict the
surface roughness during face milling of Hybrid composites. Experiments were carried out …