Influence of High Speed Parameters on the Quality of Machined Surface
Commenced in January 2007
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Influence of High Speed Parameters on the Quality of Machined Surface

Authors: Jana Novakova, Lenka Petrkovska, Josef Brychta, Robert Cep, Lenka Ocenasova

Abstract:

The contribution is dealing with the influence of high speed parameters on the quality of machined surface. In general the principle of high speed cutting lies in achieving faster machine times with concurrent increase in accuracy and quality of the machined areas in largely irregular, mathematically hard to define shapes. High speed machining is a highly effective method of machining with the following goals: increasing of machining productivity, increasing of quality of the machined surface, improving of machining economy, improving of ecological aspects of machining. This article is based on an experiment performed by the Department of Machining and Assembly of the Faculty of Mechanical Engineering of VŠBTechnical University of Ostrava.

Keywords: High speed cutting, measurement, surface integrity, surface roughness, residual stress/

Digital Object Identifier (DOI): doi.org/10.5281/zenodo.1329857

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References:


[1] A. Czan, D. Steklac, D. Stancekova, "Tools for High Productive Machining of Bearing materials by Turning (In Slovak)," in Tools 2005. Zlin, 2005.
[2] K. Vasilko. Analytick├í te├│ria trieskového obr├íbania. (In Slovak). 1.vyd. Pre┼íov 2007. 338 p. ISBN 978-80-8073-759-7
[3] Skope─ìek, T.; Vodi─ìka, J. Z├íklady vysokorychlostn├¡ho obr├íb─øn├¡ - HSC. Plzeň : Vydavatelstv├¡ Z├ípado─ìeské univerzity v Plzni, 2005. p. 134. ISBN 80-7043-344-2.
[4] ┼átekla─ì, D.; Stan─ìekov├í, D.; ─Äurech, L.; Cz├ín, A. Zvy┼íkové nap├ñtia pri obr├íban├¡ ložiskov├¢ch materi├ílov a materi├ílov leteck├¢ch motorov. Stroj├¡rensk├í technologie, 2006, volume XI, no. 3, p. 21-24. ISSN 1211- 4162.
[5] Vilček, I.; Mádl, J.; Sutanto, H. Measurement residual stress for precision milling hardened steel with cubic boron nitride cutting tools. In Scientific Reports CEEPUS, Advanced Materials and Operations, Volume 3, 9th International Conference, Bulgaria, Kranevo 24. - 28. June 2009. Sofia : Technical University of Sofia, Bulgaria, p. 563-565. ISSN 1313-4264.
[6] Zelen├¢, J. Vysokorychlostn├¡ obr├íb─øn├¡ aneb vysokorychlostn├¡ obr├íb─øn├¡. In MM pr┼»myslové spektrum. Praha : 2000. s.112. ISSN 1212-2572.
[7] Kennametal Europe GmbH, Neuhausen am Rheinfall, Switzerland. Milling Tool Catalog 6050 - metric (online). 2006
[cit. 2009-01-15]. p. 580. Accessible from WWW:.
[8] Technotools OHG, Haferwende, Germany. DMU 60 monoBLOCK® (online).
[cit. 2009-01-15]. Accessible from WWW:< ttp://www.technotools.de/assets/images/DMU_60_monoBlock.gif>.
[9] Mitutoyo ─îesko s.r.o., Teplice, Czech Republic. Drsnom─øry m─øřen├¡ jakosti povrchu (online).
[cit. 2009-01-15]. Accessible from WWW:< http://www.mitutoyo-czech.cz/cz/pdf/06_drsnomery.pdf>.