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Microstructure and Wear Resistance of in situ Formed Duplex Coating Fabricated by Plasma Nitriding Ti Coated 2024 Al Alloy
On a novel solid lubricant–coated cutting tool: Experimental investigation and finite element simulations
the effectiveness of the presented technology in reducing the generated heat during machining as well as enhancing wear characteristics of the tool. The results also prove that the developed solid lubricant coating technique will play an important role...
Fe 15 wt %Cr X wt %C hardfacing surface layer: Wear resistance and its enhanced mechanism with C additive
Welding processes for wear resistant overlays
This paper presents a comprehensive survey of welding processes used to deposit wear resistant overlays. It is based on both literature review and research work performed at the Canadian Centre for Welding and Joining. The focus is on the two most...
Carbide Fragmentation and Dissolution in a High-Carbon High-Chromium Steel Using Hot Rolling Process: Microstructure Evolution, Wear, High-Temperature Oxidation, and Chloride-Induced Corrosion Properties
A series of hot rolling processes with different reduction percentages -10%, 30%, and 50%- were applied to a high-carbon high-chromium tool steel -2HCTS-. Microstructural evolutions, wear behavior, high-temperature oxidation, and aqueous corrosion...
Identification of Tool Life and Wear Characteristics of HSS Tools Used in Turning of Ck45
In practical situation, the time at which a tool ceases to produce workpieces with desired size, surface quality and acceptable dimensional tolerances, usually determines the end of tool life. Several mechanisms of wear can contributes to the tool...