Abstract The Artificial Neural Network (ANN) techniques were utilized to predict wear rate
and CoF of the Ti-5Al-2.5 Sn matrix reinforced with B4C particle manufactured by the …

This study aims to investigate the effects of compositional gradient on microstructure and
mechanical properties of a B 4 C/6061Al laminar composite fabricated using a powder …

In the present work, a novel reinforcement, ie, CaTiO3 particles, was adopted to produce
high performance Ti matrix composites (TMCs), via a powder metallurgy process followed by …

Abstract Ti–10 wt% Mo–1 wt% B 4 C composites were fabricated using spark plasma
sintering (SPS) technique to study the effect of sintering temperature and dwell time on their …

Titanium silicides are promising candidates for use as a reinforcement in advanced light-
weight composites due to their excellent mechanical properties and oxidation resistance at …

The study aims to describe the effect of the hot cross-rolling process on the physical and
corrosion properties of hot-pressed Al/30 wt% B 4 C composite. The starting powders were …

Superior tribocorrosion resistance is offered by titanium matrix composites (TMCs)
compared to their unreinforced matrix metal, but bioactivity concerns are raised for …

In the last decade, titanium metal matrix composites (TMCs) have received considerable
attention thanks to their interesting properties as a consequence of the clear interface …

This paper reviews different experimental and theoretical studies related to B 4 C reinforced
aluminum metal matrix composites (MMC). Various processes like solid sintering, powder …

Abstract Ti–Mo–Si titanium matrix composites (TMCs) with high Si content are potential for
high-temperature applications but show limited mechanical properties at room temperature …