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Machined surface generated in sliding using a modified cutting edge / Anna Zawada-Tomkiewicz.

Autor:

ZAWADA-TOMKIEWICZ, Anna. Politechnika Koszalińska - Wydział Mechaniczny, Zakład Zarządzania i Marketingu w Budowie i Eksploatacji Maszyn, 1996 -

Rodzaj materiału:

ArtykułJęzyk: angielski Praca zawiera:

International Congress on Precision Machining ICPM 2007 (4 ; 2007 ; Sandomierz / Kielce, Polska). ICPM 2007

Tematy:

Rodzaj/forma:

Materiały konferencyjne.

Inna klasyfikacja:

621.9

W: IV International Congress on Precision Machining 2007 - ICPM 2007, September 25-28, 2007, Sandomierz, Kielce, Poland : Proceedings. Vol. 1 / ed. S. Adamczak, K. Stępień. - Kielce : University of Technology, 2007. - s. 113-116Streszczenie: The application of cutting inserts enables such a geometry parameters and quality achievement, which is the guarantee of repeatable and steady properties of surface layer. One of the directions of cutting insert development is the modification of the cutting point neighbourhood [1-6]. The patent of Borys Storch [7] presents a conception of flank modification in the neighbourhood of cutting point in a form of additional surface. This surface is grinded as parallel to the intentional feed direction and perpendicular to the shortening of edge direction. Geometrical shape of edge in a form of artificial wear, which remains during cutting the same or changes slowly, influences in a beneficial way the machined surface. The methodology of cutting point modification and generated machined surfaces for various work materials were presented in this paper.

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Uwagi ( 2 )

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Dane z autopsji.

The application of cutting inserts enables such a geometry parameters and quality achievement, which is the guarantee of repeatable and steady properties of surface layer. One of the directions of cutting insert development is the modification of the cutting point neighbourhood [1-6]. The patent of Borys Storch [7] presents a conception of flank modification in the neighbourhood of cutting point in a form of additional surface. This surface is grinded as parallel to the intentional feed direction and perpendicular to the shortening of edge direction. Geometrical shape of edge in a form of artificial wear, which remains during cutting the same or changes slowly, influences in a beneficial way the machined surface. The methodology of cutting point modification and generated machined surfaces for various work materials were presented in this paper.