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Effect of boronizing and shot peening in ferrous based FeCu–Graphite powder metallurgy material on wear, microstructure and mechanical properties
AbstractFerrous based materials manufactured by powder metallurgy (P/M) method are widely used in industry. These materials are very important because they do not require machining, have self-lubricated properties as journal bearing material, find applications in medical industry. In this study, powder metal parts were manufactured from ferrous based FeCu–Graphite composites by P/M method. Wear and mechanical test samples were manufactured and boronizing and boronizing+shot peening was applied to samples. Wear properties of these parts were investigated by wearing at 17N load and 50rpm on pin-on-disc wear test rig under dry conditions. Moreover, mechanical properties of powder parts were investigated in detail.
Effect of boronizing and shot peening in ferrous based FeCu–Graphite powder metallurgy material on wear, microstructure and mechanical properties
AbstractFerrous based materials manufactured by powder metallurgy (P/M) method are widely used in industry. These materials are very important because they do not require machining, have self-lubricated properties as journal bearing material, find applications in medical industry. In this study, powder metal parts were manufactured from ferrous based FeCu–Graphite composites by P/M method. Wear and mechanical test samples were manufactured and boronizing and boronizing+shot peening was applied to samples. Wear properties of these parts were investigated by wearing at 17N load and 50rpm on pin-on-disc wear test rig under dry conditions. Moreover, mechanical properties of powder parts were investigated in detail.
Effect of boronizing and shot peening in ferrous based FeCu–Graphite powder metallurgy material on wear, microstructure and mechanical properties
Yilmaz, Selim Sarper (author) / Ünlü, Bekir Sadık (author) / Varol, Remzi (author)
2010-04-14
6 pages
Article (Journal)
Electronic Resource
English
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