In many modern sectors, the demand for featherweight and high-temperature materials for
essential applications in automotive and aero-technology have become a novel and fast …

The satisfactory integrated performance of titanium matrix composites (TMCs) has rendered
them promising candidates in significant industries including aerospace and biomedicine …

Titanium matrix composites (TMCs) reinforced with in situ-formed TiC particles and TiB
whiskers were prepared by reacting titanium and B 4 C via powder metallurgy and hot …

The coarsening of the matrix microstructure and hybrid reinforcements caused by the
excessive-high sintering temperature has been a widespread problem for powder …

High-plasticity in-situ TiB/Ti matrix composites (TMCs) are fabricated by in-situ reaction
between Ti and ZrB 2 powder during vacuum sintering followed by hot rolling. Uniform …

Abstract Based on the Monte Carlo Particle transport program MCNP, a novel boron carbide
particulate reinforced 6061Al composite for neutron shielding (B 4 C/6061Al NACs) with …

Abstract Ti–10 wt% Mo–1 wt% B 4 C composite samples were SPSed under the
circumstances of 5 min dwell time, 50 MPa external pressure and sintering temperatures of …

Titanium matrix composites (TMCs) were prepared via reactive Ti-B 4 C system by powder
metallurgy and hot extrusion route. The effect of the volume fraction of in-situ synthesized …

Four hybrid titanium-based samples with different amounts of B 4 C as reinforcement and
the same numbers of specimens with TiB 2+ TiC additives were produced using the SPS …

Abstract The in-situ (TiB+ TiC) reinforced Ti matrix composites with novel microstructures
were successfully prepared by laser additive manufacture in this paper. The phase …