This study focused on improving the mechanical strength and wear resistance of aluminum
matrix composites (AMCs) produced by powder metallurgy, which are critical in industrial …

Composite materials are in trend in research and industrial fields due to its superior
mechanical properties and easy processing techniques. While there are different processing …

The scale-down trend increases the chips' density and the high power handling capability
generates unnecessary heat which can disrupt the reliability of the electronic devices …

In this study, AA7075 matrix hybrid composite containing graphite and SiC particles was
fabricated by powder metallurgy techniques. The effect of microwave sintering on the …

In this paper, a new effective approach, Taguchi grey relational analysis has been applied to
experimental results in order to optimize the severe plastic deformation process parameters …

The mechanical, physical and interfacial properties of aluminum alloys are improved by
reinforcing the silicon carbide particles (SiCp). Machinability of such alloys by traditional …

In this paper, a framework for the system level optimization of the thin-film thermoelectric
cooler (TFTEC) in 3D electronic packaging is developed based on Taguchi-Grey method …

The quality of welded joints developed using microwave hybrid heating (MHH) technique is
largely influenced by properties of the constituents employed in the process. This article …

The dry sliding wear behaviour of composites based on ZA-27 alloy reinforced with titanium
carbide (TiC) particles is discussed in current research. The incorporation of TiC particles to …

Aluminum metal matrix composite (AMMC) is employed in all engineering applications, most
notably as a substitute for conventional metals in the fields of defense, automotive, and …