The effects of adding SiC as a reinforcement and TiN as an additive on TiB 2-based
composites fabricated by the spark plasma sintering (SPS) technique were investigated …

TiB 2 based materials have attracted extensive attention due to its considerable hardness
and elastic modulus, excellent wear/corrosion resistance as well as exceptional …

Demand for energy-efficient transportation has led to increased use of lightweight aluminium
alloys due to their exceptional strength-to-weight. Meanwhile, aluminium-based metal matrix …

In the present study, we incorporated AlN (5 wt%) with TiB 2 ceramic and consolidated the
mixture by relatively low temperature sintering method, resulting in a near fully dense …

TiB 2 composite ceramics containing different amounts of Ti and TiC were fabricated via
spark plasma sintering (SPS), and effects of their addition contents on the microstructure and …

Reactive sintering has been widely utilized to densify ceramics. Although the technology has
numerous advantages, the composition of as-sintered ceramics is hard to be adjusted …

TiC whiskers were synthesized by carbothermal reduction process. By using these whiskers
as the toughening phase, a novel TiB 2 based ceramic cutting tool material was prepared …

In this research, various types of nitride additives were incorporated into titanium diboride
attaining dense TiB 2-based ceramics by field-assisted sintering technique. The addition of …

Abstract One kind of TiB 2/TiC composite ceramic tool material toughened by graphene
nanosheets was fabricated by spark plasma sintering. Effects of graphene nanosheets on …

The objective of this research was to evaluate the impact of the morphology of SiC additive
on the microstructure development, sintering behavior, hardness, and fracture toughness of …