In this study, an innovative method, wherein trace in situ synthesized nano-(TiC+ TiB 2)
particles are added forged H13 steel, was designed and used to manipulate its …

Owing to the poor self-diffusion coefficient of TiC, the mechanical and tribological properties
of the TiC matrix composites were difficult to improve simultaneously by adding …

This study shows that the mechanical strength of the composite of Fe matrix and titanium
carbide (TiC) ceramic particles is significantly enhanced with addition of molybdenum (Mo) …

Steel matrix composites are widely used in automotive, aerospace, wear, and cutting
applications due to their superior mechanical properties, ease of manufacture, and low cost …

A new route was provided to obtain the TiC matrix composite with the intragranular Al 2 O 3
using carbon fibers as carbon source by spark plasma sintering. The formation of the …

TiC reinforced steel matrix composites (TiC-SMCs), are favored for their extensive industrial
uses. Their appeal lies in the composites' superior strength and resistance to wear, which …

The high-temperature interaction between molten gray cast iron and Ti+ C substrates that
are composed of titanium and graphite powders was investigated by the sessile drop …

Titanium carbides reinforced steel matrix (TiC-steel) composites exhibit a range of excellent
properties, including increased strength-to-weight ratio, high-temperature strength, and …

Carbide dispersion reinforcing has been demonstrated to be an effective way of
strengthening metal matrix composites. However, plagued by the nerve-wracking fact that …

The alterations in microstructure, corrosion behaviour, wear resistance, and tensile
characteristics of TiC steel-bonded carbide subjected to annealing (960° C) and tempering …