Fe–C–Mo and Fe–C–Cr steels were sintered by PM processes carried out using different
values of temperature and pressure, leading to different microstructures and density values …

To determine the effect of various heat treatments on the microstructure and dry sliding wear
behaviour of iron based powder metallurgy (PM) steels, atomized iron powder was mixed …

Dry sliding wear behavior of Fe+ 0.3% graphite powder metallurgy processed (PM) steels
was investigated at constant sliding speed, load and distance. For this purpose, atomized …

This study presents the results of testing for abrasive wear of Vanadis 60 SuperClean
powder metallurgy steel as compared to Hardox 600 steel and PMFe60P padding weld. The …

Study of wear behaviour of sintered low alloy steels is required to ascertain their
applications for wear resistance. In the present work the influence of copper and …

The combined corrosion–wear of powder metallurgy duplex stainless steels obtained by the
mixing of ferritic and austenitic powders in several proportions was studied. All the materials …

Aim of this work is proposing a systematic design approach for wear resistant components
produced by Powder Metallurgy (PM). Wear is a cause of failure for many industrial PM …

Heavy-duty machinery demands materials with strong wear resistance and good frictional
properties, which conventional materials often lack. The knowledge of PM alloys' friction and …

The demand for aluminium-based metal matrix composites is growing in aerospace and
automotive industries because of its good corrosion resistance and high strength to weight …

In this study, the applicability of intercritical annealing heat treatment, which is usually
practiced to high strength low alloy ingot steels (HSLA), to low alloy powder metallurgy (PM) …