N. Patil - NITK, Surathkal, India
K. Prasad - ۲ Department of Mechanical Engineering, NITK, Surathkal, India

The mechanical characterization of short E- glass fiber reinforced, graphite and sintered bronze filled epoxy composite was carried out in this study. The aim of the present study was to develop tribological engineering material. In this study the flexural strength, theoretical and experimental density, Hardness and Impact strength of composites was investigated experimentally. The results showed that the increased percentage of graphite (۱۰ to ۱۵%Vol) and Eglass fiber (۱۰ to ۱۵%Vol) enhanced flexural strength (۱۴۹ MPa) of the composite and the maximum flexural modulus (۱۳.۳ GPa and ۱۳.۱ GPa) was obtained for composite C۲ and C۵ respectively. Maximum hardness (۸۴ on L scale) and impact energy (۹۰ Joule) was obtained for the composite C۶ with increased percentage of glass fiber and graphite filler. The metallurgical electron microscopic images were discussed to interpret the effect of graphite and sintered bronze on mechanical characterization of composite

Tribological material, flexural strength, density, Metallurgical electron microscope (MEM).