Different manufacturing processes can be utilized to fabricate light-weight high-strength
materials for their applications in a wide spectrum of industries such as aerospace …

In the current research study, AA6351 (Al-Si-Mg) is employed as matrix material and silicon
nitride (Si 3 N 4) particles as reinforcement material to manufacture the aluminum …

Carbon nanotubes and boron carbide particles were added in aluminum alloy 5083 by
friction stir processing to obtain hybrid surface composites. Single pass approach was …

Different architectures of layered laminates comprising two exterior layers of Al-Mg-Si/SiC
metal matrix composite and an Al1050 ductile interlayer were fabricated by means of hot roll …

Laminated composites offer customizable properties based on applications manufactured in
one operation by hybrid additive and subtractive manufacturing (HASM) technology. Such …

In this study, the bioinspired laminated composites with alternating soft Al layers and hard
SiCp/Al were fabricated through the tape casting followed by pressure infiltration. In-situ …

The effects of B 4 C particle (B 4 Cp) content and aging treatment on the microstructure and
mechanical behavior of B 4 Cp/6061Al composites prepared by powder metallurgy were …

Nowadays, manufacturing industries are focusing on the green manufacturing approach. In
this approach, products are manufactured without harming the environment. Utilization of …

In the research, corrugated Mg/Al laminated materials were fabricated at 400° C using the
AZ31B Mg plate and the 5052 Al plate through the corrugated rolling approach, the …

Cold formability of friction stir processed aluminum composites was evaluated by bend-
ductility test. Composites containing carbon nanotubes fractured during bending while those …