Interfaces in metal matrix composites (MMCs) are crucial in determining the mechanical
properties and functionality of MMCs. This article reviews recent scientific advances and …

Inspired by the ultrastrong and tough nacre structure, in this study, we prepared in-situ
titanium (Ti) matrix composites (TMCs) containing laminated Ti, planarly aligned TiC and …

For titanium matrix composites (TMCs) with a dual-phase structure, yield strength (YS) is
typically governed by the hard α phase rather than the soft β phase in the matrix alloy …

Insight into the dynamic mechanical behavior of titanium matrix composites (TiMCs) under
the extreme condition is requisite to provide improved understanding for the development of …

The robust interface adhesion between matrix and reinforcement is the guarantee for
enhancing mechanical performance of the metal matrix composites (MMCs). Unfortunately …

Titanium matrix composites (TMCs) have attracted extensive attention of researchers due to
their excellent properties. However, the strength and ductility of TMCs hardly co-exist and …

The simultaneous improvement of mechanical and functional properties of Ti alloys is of
considerable significance for their diverse applications and service life. Incorporating …

Graphene nanoplatelets reinforced titanium matrix (GNPs/Ti) composites usually exhibit
high strength but have low uniform elongation. Such limited mechanical properties are not …

TiC is widely used as an ideal reinforcement to strengthen titanium matrix composites
(TMCs). The morphology, size and distribution of TiC and the interfacial structure of TiC-Ti …

In this study, we report a novel approach to enhance strength and stiffness in titanium alloys
while maintaining ductility. We prepared a two-scale laminated structured titanium matrix …