SiC p/Al matrix composites (SiC p/AMCs) have be widely used in the aerospace structural
components, space station solar cell structural framework. However, the double bottleneck …

SiC reinforced 2××× Al metal matrix composites are high performance aviation composite
material. However, the great gap in thermal expansion coefficient, melting point and thermal …

SiC particles-reinforced Al matrix composites (SiCp/AMCs) have been widely used in the
aerospace structural components. In this work, 20 vol% SiCp/2A14 joint was fabricated by …

Welding problems have restricted the applications of lightweight SiCp/Al composites in
aerospace. In this work, the controllability of the keyhole mode, nucleation mechanism, and …

Abstract The interfacial reaction 3SiC+ 4Al→ Al 4 C 3+ 3Si has bottlenecked the fusion
welding of aluminum matrix composites for decades, hindering further improvement of the …

SiC p/Al matrix composite (SiC p/AMCs) has been widely used in aerospace field of
structural frames, but it is difficult to realize the lightweight connection of complex structural …

Despite the tremendous application potential of SiCp/Al composites, their use has been
restricted by poor weldability. To investigate the effect of Ti addition on the laser weld quality …

SiC p/Al matrix composites (SiC p/AMCs), as light and high strength structural alloys, have
been widely used in aerospace structural parts, space station solar cell structural framework …

SiCp/2xxx Al matrix composites have been widely used in the aerospace structural
components. In order to promote the further application of high-performance welded …

The near-net-shape characteristics of Additive Manufacturing offer significant advantages in
fabricating SiCp/Al composite components. However, the high-temperature melt pool during …