AN INVESTIGATION ON ABRASIVE WEAR BEHAVIOUR OF Fe-C-Mo-FeCr COMPOSITE PRODUCED BY POWDER METALLURGY


Article NameAN INVESTIGATION ON ABRASIVE WEAR BEHAVIOUR OF Fe-C-Mo-FeCr COMPOSITE PRODUCED BY POWDER METALLURGY
AuthorsMustafa AY , Ahmet HASÇALIK
Keywords TRToz metalurjisi , Demir esaslı kompozit.
KeywordsPowder metallurgy , Ferrous based composite.
Article Summary In this study, the effect of chromium carbide (Cr7C3) on abrasive wear behavior of Fe-C-Mo-FeCr composite was investigated. Composite, which was produced by a powder metallurgy route was containing 3 wt.% Mo, 1.5 wt. % C and 4,8,12 wt. % FeCr with the different particle sizes. In the experiments, wear resistance of samples were determined using different loads by a pin on disc wear tester. Microstucture of samples were examined by an optical and scanning electron microscopy, EDS and X-Ray diffraction methods. The Powder metallurgy golden miners of gold miner games play online for Ferrous based composite by miner. The hardnesses of samples were measured in RB scale. Finally, it has been found that with the increasing particle size of reinforcing element, wear resistance decreased and with the increasing reinforcing element, the wear resistance increased.
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