... Target properties of Composite. The base reads Strengthening Mechanism Depend Upon Various Factors. On the left, a boxed list includes Powder Metallurgy, Liquid State Processing, and Insitu Processing. On the right, a boxed list includes Mechanical Properties, Thermal Properties, Electrical Properties...

... composite Stainless steel grinding dust Eggshell powder Wear resistance Powder metallurgy Center for Sustainable Materials and Surface Metamorphosis, Chennai Institute of Technology, India CIT/CSMSM/2025/RP/004 This work is partially funded by Center for Sustainable Materials and Surface...

...Shen Wu; Ao Xiao; Shu Qing Han; Hao Yu Zhu; Yan Wang; Jiang Lei Fan; Xiang Kui Zhou Purpose This experimental paper aims to investigate the effect of “CoCrFeNi high-entropy alloy” as a reinforcing phase on the properties of copper-based powder metallurgy friction materials. By systematically...

... Limited 2019 Emerald Publishing Limited Licensed re-use rights only Powder metallurgy Gears Fatigue life Highly loaded volume Shot peening The production of gears from powder metal (PM) instead of conventional wrought steel offers great opportunities in the reduction of both energy...

... condition. Design/methodology/approach Cu–Fe-based friction materials with different iron content were prepared by powder metallurgy route. The tribological properties of Cu–Fe-based friction materials against GCr15 steel balls were studied at different applied loads and sliding speeds. Meanwhile...

... ” Philipp Scholzen can be contacted at: p.scholzen@wzl.rwth-aachen.de 03 08 2018 28 09 2018 28 09 2018 © Emerald Publishing Limited 2018 Emerald Publishing Limited Licensed re-use rights only Lubrication Powder metallurgy Cold rolling Gear Hard rolling PM...

... weight percentage of titanium carbide were produced through powder metallurgy. Produced composites were subjected to sliding wear test under dry condition through Taguchi’s L9 orthogonal design. Findings Optimal process condition to achieve the minimum wear rate was identified though the main effect...

... with 6, 9 and 12 Wt.% CaF₂ is observed to decrease with the increase in Wt.% of CaF₂. This decrease can be attributed to an increase in the porosity of the CaF₂-added materials. The use of powder metallurgy (PM) has made it possible and convenient to combine different...

...Nor Shamimi Shaari; Jamaliah Md Said; Aidah Jumahat; Muhammad Hussain Ismail Purpose The purpose of this paper is to study the wear behaviour of copper matrix composites reinforced with carbon nanotubes (CNTs) prepared by powder metallurgy route. Design/methodology/approach The CNTs were...

...Temel Varol; Aykut Canakci Purpose The purpose of this study is to investigate the effect of nanographite content and the sliding time on the wear behavior of Cu-graphite nanocomposites. Design/methodology/approach Cu-graphite nanocomposites were produced by flake powder metallurgy from...

... Publishing Limited 2015 Wear Aluminum Powder metallurgy Alloys The effects of matrix materials, fabricating processes and the type, size, distribution and shape of the particles on the strength and damage mechanism of MMCs have been considered. It has been recognized that the uniform spatial...

... Porosity Wear Friction Copper Tribology Powder metallurgy Self lubricating bearings Journal bearings are one of the most important parts in rotating equipments, which can be grouped into two types considering lubrication mechanism. They are either “self‐lubricating” or “supplementary...

...P. Gimondo; F. Baudrocco; J.A. Bas; A. Bolarin A valve train system which could work in the absence of lubricants could reduce engine oil consumption. Routes to produce such a valve system have been explored, and composites, mostly powder metallurgy (PM) containing solid lubricants, have been tried...