THE STUDY OF TRIBOLOGICAL PROPERTIES OF POLYAMIDE PA6 AND MODAR
Journal Title: Tribologia - Year 2010, Vol 232, Issue 4
Abstract
This paper presents the results of the associations of tribological properties on the friction of polyamide PA6 / steel and Modar C45 / C45 steel in dry friction conditions, and greases in the presence of M11, M16 and ŁT4-S3. Studies of tribological properties were performed using the friction-wear machine Amsler type. The study determined the impact of such associations between friction and the choice of lubricant on tribological properties.<br/><br/>
Authors and Affiliations
Alicja Laber, Krzysztof Adamczuk
Keywords
Related Articles
- EP ID EP517378
- DOI -
- Views 50
- Downloads 0
INVESTIGATIONS OF FRICTION PROPERTIES OF SELECTED POLYURETHANE MATERIALS USED IN DRIVE WHEELS OF RAILWAYS
Suspended monorails and floor railways with friction drives play essential role in supply of machines, installations and menriding to faces. Their transport possibilities are limited by friction between the wheels and ra...
EVALUATION OF DLC BASED COATINGS RESISTANCE TO INSTANTANEOUS DAMAGE UNDER SLIDING FRICTION CONDITIONS WITH DISTILLED WATER OR SALINE LUBRICATION
As a result of research on the evaluation of tribological properties of ultra thin DLC based ceramic coatings in flat sliding contacts lubricated with distilled water or saline a series of instantaneuos damage resistance...
EFFECT OF THE HARDNESS AND ELASTIC MODULUS ON THE WEAR RESISTANCE OF THE COMPOSITE COATINGS
The analysis of the micromechanical properties of the composite coatings in comparison with their frictional wear resistance is presented. Nanocomposite nc-TiC/a-C and MoS2(Ti,W) coatings and CrN(Cr/CrN)5x multilayer coa...
LONGITUDINAL MAGNETIC FIELD IN THE JOURNAL SLIDING BEARING GAP
In this paper, the authors present analytical and numerical modelling of the components of the vector magnetic field’s induction in the journal sliding bearing gap. This issue becomes important when a lubricating agent c...
STRESS ANALYSIS IN CERAMIC ROLLING ELEMENTS
Some ceramic materials have been found to have the optimum combination of properties that are suitable for rolling element bearing applications (high speeds, high loads, different environments). Cracks, structure defects...