This study aims to systematically investigate the influence of boron (0–3.0 wt% B) on
microstructure and abrasive wear characteristics of high chromium based multi-component …

Erosive wear characteristics of (18 and 27) wt.% Cr based multicomponent (3 wt% V, Mo, W,
and Co) white cast iron have been systematically investigated with three conditions: as-cast …

Stellite 6 is a cobalt-based superalloy having excellent high-temperature corrosion and wear
resistance. In the present study, stellite 6 is deposited on two different substrates, namely …

Since it is well known in the literature that transition metals can form extremely hard carbides
and effectively strengthen a material's matrix, recently, some of them, such as V, Nb, Cr, Mo …

Iron-based hardfacing alloys are commonly used to combat severe wear in steel, mining,
and mineral industries. However, these are often subjected to a moist and corrosive …

The need for better wear-resistant materials to reduce cost and save the environment is
noteworthy. The striking wear resistance of high chromium white cast iron (HCCI) has made …

Zirconia toughened alumina (ZTA) ceramic particles can significantly enhance the wear
resistance of high chromium cast iron (HCCI). In this study, the effect on the wear resistance …

Abrasive wear resistance of white cast iron can be improved by adding transition metals due
to carbide formation and matrix stabilization. However, it must also be affected by carbon …

It has been evaluated the relationship between the microstructure and three-body abrasive
wear behavior of high-chromium (18 and 27 mass% Cr) based (3 mass% each of V, Mo, W …

Abstract The effect of molybdenum (0-3 wt.% Mo) on three-body abrasive wear
characteristics of high-chromium (16 and 26 wt.% Cr) white cast iron has been evaluated in …