… Titanium metal matrix composites (TiMMCs… tensile ductility, which excludes them from
most key engineering applications. Recent advances show that this long-standing strength-ductility …

… In this paper, in order to investigate the effects of microstructure on the tensile ductility of
the Ti-based amorphous matrix composites, the FEM based on real microstructures was …

… designed Ti MMCs, which contain a novel 3D network-woven structure of TiB nws with aspect
ratios up to 300. Our as-sintered Ti MMCs achieve high tensile strength and good ductility …

… ductility in dispersion-strengthened metallic materials. Here, we present an inspired strategy
for developing dual-structure-based titanium matrix composites (… homostructure composites. …

… Ti-based amorphous matrix composites containing ductile … and ductility were investigated
by focusing on how ductile … Ti-based amorphous matrix composites contained 70–73 vol.…

… and ductility can be achieved (1). To design a Ti-based BMG composite with tensile ductility,
several criteria must be satisfied: (i) identify a highly-processable Ti-based BMG matrix …

… Ti matrix is the only phase that sustains large plastic deformation. Naturally, the ductility of
the TMCs decreases with decreasing Ti … and strain localization during the tensile test. The …

… 1 (especially the compressive behavior) is that the alloy is intrinsically very ductile, … tensile
ductility, but this task is beyond the scope of the present study. We predict large tensile ductility …

… , we report titanium–zirconium-based BMG composites with room-temperature tensile ductility
… titanium or steel alloys, placing BMG composites among the toughest known materials. …

… The first crest of the humping ductility for GNPs/CT20 composites was attributed to the fine-…
dominated the tensile ductility behaviour which showed as the valley of humping ductility. …