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The purpose of this study is to get benefits from manufacturing harmful wastes is by using them as a reinforcement with epoxy matrix composite materials to improve the damping characteristics in applications such as machine bases, rockets, satellites, missiles, navigation equipment and aircraft as large structures, and electronics as such small structures. Vibration causes damaging

In the present study, the mechanical properties such as Vickers hardness, impact strength, ultimate tensile stress, yield stress and elongation, machinability, damping characteristics, surface roughness, wear loss, and microstructural evaluation of Al 6063 alloy matrix composites are investigated. Four different reinforced items were analyzed experimentally, which are Mortar Ash (MA), Nano Fibrillated Composite (NFC), industrial

Modeling: A Statistical Approach Additive manufacturing, particularly fused deposition modeling (FDM), has emerged as a transformative technology for fabricating polymer-based composites. Although carbon fiber-reinforced nylon composites (CFRNCs) are widely employed in high-performance engineering applications due to their favorable strength-to-weight ratio and thermal stability, limited research has systematically investigated the relationship between critical FDM processing parameters