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Measurement of tool geometry in a state of wear / Anna Zawada-Tomkiewicz, Borys Storch.

Autor:

ZAWADA-TOMKIEWICZ, Anna. Politechnika Koszalińska - Wydział Mechaniczny, Katedra Inżynierii Produkcji - Zakład Monitorowania Procesów Technologicznych, 1996 -

Współtwórca(-y):

STORCH, Borys. Politechnika Koszalińska - Wydział Mechaniczny, Katedra Inżynierii Produkcji - Zakład Monitorowania Procesów Technologicznych, 1996 -

Rodzaj materiału:

ArtykułJęzyk: angielski Rodzaj/forma:

Materiały konferencyjne.

W: Advances in coordinate metrology / ed. by Jerzy Sładek and Władysław Jakubiec. - s. 235-246Streszczenie: Non-contact 3D profiler for micro-roughness and step height is a new alternative for measurement of tool geometry. The measurement is rapid and can measure wide range of materials. Nonetheless, the range of spatial and vertical is very limited. It makes difficulties in tool wear measurement. Difficulties are the result of very developed wear land surface and complicated shape. In the paper, the Talysurf CCI 600 was to measure tool cutting part geometry, flank wear and roughness of the cutting edge.

Egzemplarze ( 1 )
Uwagi ( 2 )

Egzemplarze
Typ dokumentu	Obecna biblioteka	Sygnatura	Status	Termin zwrotu	Kod kreskowy
Rozdział	Bibliografia Prac Pracowników - BPK		Nie można wypożyczyć

Zakończ przeglądanie półki (Zakończ przeglądanie półki)

Wstecz								Dalej
Wstecz	The application of recurrent neural network in the monitoring of machined surface /	Analysis of the relationship between machined surface image parameters and surface properties /	Application of machined surface image analysis for identifaication of suitable parameters of turning as a pre-operation /	Measurement of tool geometry in a state of wear /	Application of PCBN tools in hard turning /	Surface roughness produced by hard turning with PCBN tools /	Analysis of surface roughness parameters achieved by hard turning with the use of PCBN tools /	Dalej

Dane z autopsji.

Non-contact 3D profiler for micro-roughness and step height is a new alternative for measurement of tool geometry. The measurement is rapid and can measure wide range of materials. Nonetheless, the range of spatial and vertical is very limited. It makes difficulties in tool wear measurement. Difficulties are the result of very developed wear land surface and complicated shape. In the paper, the Talysurf CCI 600 was to measure tool cutting part geometry, flank wear and roughness of the cutting edge.