For the comfortable and luxurious living of human beings, lakhs of products are beings
produced daily and are increasing in number rapidly, using innovative technologies. So is …

Due to its exceptional mechanical characteristics combined with lightweight and fuel-
efficient materials, metal matrix composites (MMCs) have largely been developed for the …

There is a developing interest in efficient materials in automobile and aerospace fields that
involves the improvement of metal matrix composites (MMCs) with great properties which …

The present research deals with the modeling of wear performance of AA5052 metal matrix
composites (MMCs) reinforced by in-situ formed TiC particles using two methods, namely …

ABSTRACT Zirconium Di Oxide (ZrO2) reinforcement particulates are having superior
mechanical properties and graphite (C) reinforcement particulates are having good wear …

Nowadays, manufacturing industries are focusing on the light weight material along with
good mechanical and wear resistance properties. Aluminium and aluminium alloys are light …

Abstract Titanium Carbidenanoparticles (TiCnp) and Risk Husk Ash (RHAnp) as
reinforcement's in the aluminum matrix, a hybrid composite was prepared through the ex-situ …

The aim of the current work is to optimize the drilling constraints simultaneously during
drilling of an Al6063/TiC composite based on grey relational analysis. Drilling trials were …

Now a days, the Zn-Al-Cu alloy-based composites have great impact on modern trends for
bearing applications because of its reliable mechanical performance. In this paper the …

Eggshell (ES) and rice husk ash (RHA) were used in this study to develop an aluminum-
based composite material. Physical and chemical parameters of the composite material …