In recent decades, spark plasma sintering (SPS) has become a widespread technique in the
production of high-quality intermetallic-based materials. In this study, we used SPS to …

In order to satisfy the compromise between ductility and strength of titanium aluminide and
still maintain structural integrity, powder metallurgy processes (P/M) are preferred worldwide …

Precipitation and growth of intermetallic phases during thermal processing play an important
role in the formation and evolution of heterogeneous microstructure of Ti-Al intermetallic …

In dissimilar friction stir welding (FSW), the weld nugget is composed of two elements, which
are mechanically mixed. This microstructure helps enhance the mechanical properties when …

In this work, shape memory alloy NiTi fiber reinforced (SMAFR) Ti-Al laminated composites
containing∼ 41 vol% Ti and∼ 2.5 vol% NiTi was fabricated via vacuum hot pressing …

Abstract A novel Shape Memory Alloy NiTi fiber-reinforced metal-intermetallic–laminate
(SMAFR-MIL) composite with a volume fraction of~ 3.5% NiTi was fabricated using vacuum …

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 …

Abstract Ti-Al 3 Ti metal-intermetallic laminate (MIL) composites are known as promising
structural materials due to the unique combination of their specific properties. However, their …

It is extremely difficult to eliminate the voids and prepare densely Tisingle bondAl 3 Ti
laminated composites by using existing techniques. In this work, the endothermic semi-solid …

Super hard carbon microtubes derived from natural cotton are developed as a cost effective
filler for composite applications. Two different carbon materials including synthesized carbon …