Improving Tribological Performance of Mechanical Components by Laser Surface Texturing

By I. Etsion. 2004

642 citations recorded by the source corpus.

View Paper: https://www.semanticscholar.org/paper/d13ef08267419d8d3385e3b372498fd29a0b5347

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Citations in the corpus

Surface Texture Manufacturing Techniques and Tribological Effect of Surface Texturing on Cutting Tool Performance: A Review (2016, unknown): “Laser surface texturing has been successfully used to reduce friction and wear at cutting tools,(48) bearings,(23) piston/cylinder,(4) biomedical application,(101) mechanical seals,(45) and magnetic storage devices.(74) 2.”
Multi-Scale Surface Texturing in Tribology—Current Knowledge and Future Perspectives (2019, background): “The pioneering systematic work in this field has been carried out by Etsion and co-workers showing the potential benefits of surface textures in different lubricated machine components (seals and piston rings among others) [19,20].”
A study of micropool lubricated cutting tool in machining of mild steel (2009, background): “In a series of studies, Etsion and Burstein (1996), Etsion et al. 1999), Etsion (2004) conducted theoretical and experimental nvestigations on the effects of laser surface texturing on triological performances of mechanical components including echanical seals, piston rings and thrust bearings.”
Surface Texture Effect on Friction of a Microtextured Poly(dimethylsiloxane) (PDMS) (2008, background): “Surface textures have found applications in engine components [1, 2], mechanical seals [3, 4 ], and magnetic storage disks [5, 6]. Many studies have shown that surface textures can retain oil and entrap wear particles [7‐9].”
Synergetic effects of surface texturing and solid lubricants to tailor friction and wear – A review (2021, methodology): “Boosted by the work of Etsion and co-workers in the 90’s [16, 22, 23], surface textures have been shown capable of beneficially affecting friction and wear under dry friction conditions [24, 25] as well as boundary [26-29], mixed [30-33], elastohydrodyamic (EHL) [34-36] and full-film hydrodynamic lu”