The present research examines the impact of Si3N4–BN hybrid reinforcement on the
machinability of a magnesium hybrid composite in wire electrical discharge machine …

Present study is focused on optimization of WEDM process parameters for increased
productivity and improved surface quality of the machined surface of hybrid composite …

The rapid increase of the application of metal matrix composites (MMCs) and, thereafter,
hybrid metal matrix composites (H-MMCs) in the fields of automotive, transportation, and …

The demand for new class of specific materials is rising day by day. In this context machining
plays an vital role to finish the final product according to required geometry. Lightweight …

The manufacturing industries continuously demanded the new class of engineering
materials for various applications. It results in improvement of metal matrix composites …

Aluminium-based metal matrix composites (MMCs) are one of the preferable choices of
engineering material for automobile and aircraft parts. The low density with improved …

Aluminum-based hybrid composites are used in various engineering applications due to
their unique properties, such as high strength, good wear resistance, excellent corrosion …

Peculiar characteristics of squeeze casted hybrid aluminum matrix composites (AMCs)
enable it as an appropriate candidate for various manufacturing applications but also make …

The performance evaluations of any manufacturing materials are significantly affected by
their quality of surface as well as mechanical and metallurgical properties. MMCs are …

Purpose The purpose of this paper is to investigate the surface integrity features, including
surface roughness (SR), recast layer (RL), material migration, topography and wire wear …