Comparative Studies on Friction and Wear Performance between Glass-fiber Reinforced Polyamide 66 Composite and Ductile Irons on Ceramic Al2O3 Counterface in Sucker Rod Centralizer Application

The study focuses on monitoring influence of the alumina coatings on friction and stability of the microscale iron contacts by the smoothed particle hydrodynamics. The obtained results show a better stability and a higher value of the friction coefficient of the coated surface compared to the uncoated one. This study also supposes that in concern of stability of the surface the coating should be done with only the substrate surface accompanied with the roughness of the coating layer. The proportion of the coated particles is found to be strongly resulting in the friction properties and the roughness of the coating layer also slightly results in those. The surface reaches the most stability at the proportion of around 70%.

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Comparative Studies on Friction and Wear Performance between Glass-fiber Reinforced Polyamide 66 Composite and Ductile Irons on Ceramic Al2O3 Counterface in Sucker Rod Centralizer Application

Cited by 2 publications

References 12 publications

Efficient Stolt Migration for Large Nonuniform Single Borehole Radar Surveys

Efficient Stolt Migration for Large Nonuniform Single Borehole Radar Surveys

Influence of the Alumina Ceramic Coating on Friction and Stability of the Iron Contacts

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