In the present scenario composite materials are extensively used for structural applications in automobile and aerospace industries. Composite material exhibits a high strength to weight ratio, improved hardness, reduced weight and low coefficient of friction. Because of their enhanced tribological properties helps to achieve low manufacturing cost and superior performance. The present research...

Creep can be dangerous for electromechanical, electronic and electrical connections, networks and devices. Recently, the metal matrix composites (MMC’s) are generally used for designing the electromechanical and electrical systems and devices due to their advantages. Therefore, analysis of the creep behavior is necessary and important for safe designing the fibrous composite devices. For achiev...

Abstract Different metal matrix ceramic composite plates were manufactured using different diameter balls. The ballistic resistance of these investigated by firing 12.7mm, 25mm armor-piercing incendiary (API), and 200 standard explosively formed projectile(EFP). tests results showed that balls with higher mechanical properties performed better resistance, in the meantime, there was a correlatio...

Metal matrix composites (MMCs) belong to a group of modern materials owing their excellent technological, mechanical, and physical properties such as wear corrosion resistance, high electrical thermal conductivity, improved strength hardness. Final MMCs are affected equally by all steps its manufacturing process. It is shown that using adequate process parameters obtain starting (reaching the s...