Tribological Properties of Composite Materials Obtained Using Electrodepositing
Journal Title: Analele Universitatii "Dunarea de Jos" din Galati. Fascicula IX, Metalurgie si Stiinta Materialelor - Year 2011, Vol 34, Issue 1
Abstract
The resistance to abrasive wear of composite materials obtained using electrodepositing in nickel and copper matrix was studied. The samples containing composite layers of graphite in copper matrix, titan dioxide and zirconium dioxide in nickel matrix were subjected to the wear process using a pin-disc type testing machine.
Authors and Affiliations
Raul NOVAC, Petrică ALEXANDRU, Alina CANTARAGIU, Alexandru STĂNCIOIU
Keywords
Related Articles
- EP ID EP629274
- DOI -
- Views 75
- Downloads 0
Chargers for Blast Furnaces Double Bell vs. Rotary Chute
The distribution of materials at the mouth of the loading of a furnace is decisive for its operation at optimal efficiency. For this operation using charging devices that can be of several types is useful. The paper pres...
A Comparative Approach of Degradative Potential of Two Different Nanophotocatalysts onto a Model Textile Dye
Motivations and objectives. It is quite a difficult issue to treat, decolorize and mineralize textile dye waste containing dyes by conventional chemical methods (primary: adsorption, flocculation and secondary: chlorinat...
Determination of the Grinding Roller Grinding Arrow in a LBC Finisher
The required profile of the cylinders is achieved by their proper correction after the change due to wear. In this paper I studied how the profile of the working cylinders can influence the profile of hot rolled steel st...
Materials for Total Hip Joint Prostheses: Biaxial Flexural Strength of Two Ceramic Systems
Total hip joint replacement is one of the most successful orthopaedic surgeries in the last decade. Essential part of total hip joint prostheses is the mobile joint “hemispherical head - hemispherical cup”. Functional pr...
Tribocorrosion – Insight into Material Degradation in Specific Environments
Tribocorrosion is an irreversible surface degradation mechanism of a metallic and/or non-metallic material as a result of its physicochemical and mechanical interactions during relative motion (friction, sliding, impact,...