Many abrasion resistant steels rely on a martensitic microstructure to ensure hardness,
which in general correlates with better wear performance. However, in practice the steel may …

In the mining and related industries, the abrasion and impact phenomena operate among
the chain of ore processing. While abrasion-corrosion and/or erosion-corrosion phenomena …

The abrasive wear of three metallurgical structures with radically different hardnesses has
been investigated for the same steel. The particular steel concerned is a recent innovation …

The wear behaviour of some low alloyed steels has been investigated using a laboratory
impeller–tumbler wear test equipment in which the steel samples are worn by angular …

Two commercial cold work tool steels, AISI D2 and O1, were heat treated in order to obtain
the same hardness 700HV (60HRc) and were subsequently tested in three different modes …

Two new low alloyed steels were developed with different fracture toughness values but at
similar level of hardness with same composition and microstructural phase. The steels were …

The paper attempts to determine the influence of boron in the presence of chromium,
vanadium and titanium on abrasion resistance and wear mechanisms using low-alloy steels …

This paper presents a heat treatment process designed to enhance the abrasion resistance
of welded joints of Hardox Extreme steel, which is known for its high hardness (> 600 HBW) …

The anisotropic broadening of the X-ray diffraction (XRD) peaks of shear deformed
martensite (α′-Fe), using both full-width at half-maximum (FWHM) and integral breadth (IB) …

The wear properties of A390 (Al–17Si–4.5 Cu–0.5 Mg, wt%) hypereutectic Al–Si alloy were
compared to new alloys containing 6 and 10wt% Mg. The wear behaviour was investigated …