Present study aims to elucidate the wear resistance/morphology/mechanism at wear
distances from 3 to 1000 m based on the microstructure and tensile properties in DP steel …

The hot rolled medium manganese Ti-bearing and Ti-free steels were solution treated at
1000℃ and then aged at 500, 550 and 600℃, respectively. The results showed that Ti …

The use of high-grade, low alloy abrasion resistant steels has been limited due to the effects
of their high hardness on their formability, machinability, and weldability. In order to increase …

The present review focuses on the recent development of steel matrix composites and their
advancement. Stainless steel has broad application but its critical drawbacks, such as poor …

The present research on high-manganese steel matrix composites (SMCs) strengthened
with TiC particles was motivated by a need to improve the sliding wear and three-body …

In this study, the hot rolled medium manganese steel containing titanium was solution
treated at 1,000° C and followed by aging treatment at 500, 550, and 600° C. The influence …

To understand the effect of abrasives on increasing friction in Cu-based metallic pads under
different braking speeds, pad materials with two typical abrasives, titanium carbide (TiC) and …

In this study, the mechanical properties, wear behavior, and microstructures of high-strength
low-alloy steels with titanium contents of 0, 0.04, 0.1, and 2 wt% were systematically …

Despite being softer and more expensive than TiC, which is usually the preferred choice for
reinforcements in a steel matrix, NbC has been shown to be a potential reinforcement for …

This study discussed the strengthening mechanism of in-situ submicron TiC particles on
high chromium cast iron matrix composites. By changing the Ti content, the microstructure …