STEEL WEAR RESISTANCE 100CrMnSi6-4 AFTER ABLATION LASER TEXTURE
Journal Title: Tribologia - Year 2017, Vol 275, Issue 5
Abstract
We analysed the results of tribological laboratory model tests, including measurements of temperature, friction force, and wear, in the model friction for samples made of 100CrMnSi6-4 steel. Measurements were made using a linear method on selected samples after conventional quenching and after laser texturing. Samples in the form of discs cooperated in combination with the cooperating element in the form of spheres made of bearing steel conventionally hardened. Top layers of samples in the form of discs were subjected to a conventional heat treatment (hardening), in order to produce micro-reservoirs in the form of spherical sphere was subjected to ablative laser micro-treatment and then conventional mechanical processing. Ablative laser micromachining was performed using Nd: YAG laser. The "ball-on-disc" method was used based on a Tribometer T-11. To lubricate of combination, we applied ŁT-43 lithium bearing grease. It was found that the best results, in terms of increasing the We analysed the results of tribological laboratory model tests, including measurements of temperature, friction force, and wear, in the model friction for samples made of 100CrMnSi6-4 steel. Measurements were made using a linear method on selected samples after conventional quenching and after laser texturing. Samples in the form of discs cooperated in combination with the cooperating element in the form of spheres made of bearing steel conventionally hardened. Top layers of samples in the form of discs were subjected to a conventional heat treatment (hardening), in order to produce micro-reservoirs in the form of spherical sphere was subjected to ablative laser micro-treatment and then conventional mechanical processing. Ablative laser micromachining was performed using Nd: YAG laser. The "ball-on-disc" method was used based on a Tribometer T-11. To lubricate of combination, we applied ŁT-43 lithium bearing grease. It was found that the best results, in terms of increasing the resistance to wear by friction, was obtained in a model combination in which samples after ablative laser texturing (degree of surface coverage micro-reservoirs approx. 5%) cooperated with conventionally hardened steel spheres.
Authors and Affiliations
Wojciech NAPADŁEK, Czesław PAKOWSKI, Adam WOŹNIAK
Keywords
Related Articles
- EP ID EP236695
- DOI 10.5604/01.3001.0010.5903
- Views 107
- Downloads 0
THE EFFECT OF OIL POCKETS ON THE SEIZURE OF A FRICTIONAL PAIR: STEEL–BRONZE
The paper shows the examples of cylindrical surfaces with oil pockets created in Rzeszów University of Technology, Department of Manufacturing Processes and Production Organisation. Possibilities of improvement in seizur...
THE INFLUENCE OF DEFORMATION OF SELECTED THERMOPLASTICS ON THE FRICTION WITH STEEL
Friction and wear of materials with additional deformation or stress is not a broadly described case. However, scientific publications considering this issue point out that additional deformation and stress ought to be t...
Kształtowanie tribologicznych właściwości ekologicznych smarów plastycznych
Opracowano smary plastyczne na bazie nietoksycznych olejów i zagęszczaczy przeznaczone do stosowania w łożyskach maszyn, w których wskazane jest stosowanie nietoksycznych środków smarowych. Poprzez eksperyment tribologic...
Wpływ biododatków otrzymanych z odpadowych produktów rafinacji oleju rzepakowego na właściwości tribologiczne estrowego oleju smarowego
W artykule przedstawiono wyniki badań wpływu biododatków, otrzymanych z odpadów porafinacyjnych oleju rzepakowego, na właściwości przeciwzatarciowe i przeciwzużyciowe środków smarowych, skomponowanych na bazie estrowego...
EXPERIMENTAL INVESTIGATION OF A FOIL BEARING STRUCTURE WITH A POLYMER COATING UNDER DYNAMIC LOADS
This paper presents the results of research on the structural elements of a prototypical foil bearing in terms of its dynamic loads. In the framework of dynamic tests, several dozens of measurement series were carried ou...