The discrete element method (DEM) can improve wear model owing to its complexity. In this
study, the laboratory results of the dry sand rubber wheel test (DSRWT) wear loss and …

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 …

Nowadays, the phenomena of damage and fracture affect many machines and components
in the good part of engineering. Hydraulic machines are also part of these components …

The present study evaluated hardness, tensile properties and two-body abrasive wear
behaviour of Al–Mg–Si alloy specimens artificially aged at 448 K for different durations …

Surface of microalloyed steel, hereafter referred as steel, has been modified by developing
an in-situ grown composite case on its surface for improved hardness. It is done through …

This work presents a comparative study of the influence of producing ex-situ and in-situ
surface composite (by Tungsten Inert Gas (TIG) arcing process) on the hardenability of …

A layer of composite material has been developed on the surface of microalloyed steel by
embedding hard SiC particles into the matrix. Reinforcement of particles in a fused matrix …

研究了不同温度淬火, 低温回火对高强度低合金耐磨钢的组织, 强度与耐磨性能的影响规律与
机理, 结果表明, 高强度低合金耐磨钢在840℃ 淬火, 200℃ 回火, 得到板条马氏体加少量铁素体 …

Slurry erosion-corrosion damage to materials used in mineral processing industries occurs
due to the combined effects of electrochemical and mechanical processes. In this study, AISI …

Additive Manufacturing is one of the revolutionizing technologies of modern manufacturing
industry. This technology has time and again proved that any material can be fabricated by it …