Abstract For components serving in high temperature, humidity, and salinity marine corrosive environment, it is vital to analyze the causes of corrosion behavior mechanisms. Metal matrix composites (MMCs) are commonly used materials for offshore equipment. In this work, factors MMCs environments analyzed from characteristics service mechanisms summarized. Graphene (Gr) has excellent comprehensi...

Abstract Aluminium Composites are presently conquering their massive practice in aerospace, marine, automobile and other industrial applications due to vital properties such as better strength, light weight etc. The main Purpose the present research is investigate role of Al 2 O 3 -MoS on Al6061 Metal Matrix (MMCs). with varying percentages reinforcements like (3, 6 9%) MoS manufactured by usin...

Aluminium composites are extensively used in several industrial applications. The production of Metal Matrix Composite (MMCs) with varying wt. % reinforcement/s leads to enhancement wear and mechanical behavior. In the present work, TiB2 constant CeO2 particulates were reinforced Al6061 alloy manufacture hybrid Al MMCs by Vortex (Stircasting) technique. Developed hotrolled at 515°C temperature....

Due to their lightweight, new classes of materials including aluminium-based Metal Matrix Composites (MMCs) have been popular in recent years various industries aircraft and automobiles. Because its low cost ease availability, aluminium alloy (LM13) MMCs were developed using Rice husk ash (RHA) as reinforcement this study rather than traditional composites prepared the stir casting technique. L...

Magnesium matrix composites are very attractive materials for various applications of aerospace, defence organizations and automotive industry due to their low density, good mechanical and physical properties. The improvement of specific strength, stiffness, damping behaviour, wear behaviour, creep and fatigue properties are significantly influenced by the addition of reinforcing elements into ...

Ti-based metal matrix composites (MMCs) represent a material class with highly desired performance for the aerospace industry, but implementation has been hindered by poor processability. It is now being realised that MMCs can be formed in situ through exploitation of rapid cooling rates laser powder bed fusion, and targeting invariant reaction compositions to minimise propensity solidification...

Abstract Nowadays, as an emerging technology, additive manufacturing (AM) has received numerous attentions from researchers around the world. The method comprises layer-by-layer of products according to 3D CAD models objects. Among other things, AM is capable producing metal matrix composites (MMCs). Hence, plenty works in literature are dedicated developing different types MMCs through process...

-The present investigation is based on the effect of thermal residual stresses on the both thermal expansion and damping behavior of Al/Al2O3 Metal Matrix Composites (MMCs) processed by compo casting. Thermal expansion and damping properties have been studied experimentally as a function of temperature over a temperature range from room temperature to 400°C both in the heating and cooling cycle...

The coefficient of thermal expansion (CTE) is one of the most important physical properties of metal matrix composites (MMCs). The thermal expansion response is correlated to the microstructure, the deformation of the matrix, and the internal stress conditions. In the present study the physical CTE of aluminium matrix composite (AMC) reinforced with 70 vol. % SiC particles is analytically compu...