INFLUENCE OF A SINGLE FREQUENCY VIBRATION ON THE UNDULATION PROFILE OF TURNED PARTS

MÓNICA GIL INCHAURZA; XAVIER BEUDAERT; JOKIN MUÑOA GOROSTIDI; DAVID BARRENETXEA AZPEITIA; JOSE ANTONIO SANCHEZ GALINDEZ

doi:https://doi.org/10.52152/D11115

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INFLUENCE OF A SINGLE FREQUENCY VIBRATION ON THE UNDULATION PROFILE OF TURNED PARTS

NOVEMBER 2024 - Volume: 99 - Pages: 644-650

DOI:

https://doi.org/10.52152/D11115

Authors:

MÓNICA GIL INCHAURZA

XAVIER BEUDAERT

JOKIN MUÑOA GOROSTIDI

- DAVID BARRENETXEA AZPEITIA -

JOSE ANTONIO SANCHEZ GALINDEZ

Disciplines:

Mechanical Engineering and technology (MAQUINA-HERRAMIENTA Y ACCESORIOS )

Downloads: 14

How to cite this paper:

Received Date : 28 November 2023

Reviewing Date : 25 April 2024

Accepted Date : 3 July 2024

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Key words:: Topografía superficial; Vibración herramienta-pieza; Perfil de ondulación, surface topography, tool-workpiece vibration, waviness profile
Article type:: ARTICULO DE INVESTIGACION / RESEARCH ARTICLE
Section:: RESEARCH ARTICLES

The generation of the surface topography in machining is a complex process whereby the dynamics of the machine-tool and the kinematics of the cutting process are combined. The purpose of developing a surface topography simulation model in turning is to predict the combined effect of the tool geometry, process parameters, and relative tool-workpiece vibration. The simulations demonstrate that a single vibration frequency can generate multiple wavelengths on the workpiece profile. The correlation between machine-tool vibrations and surface topography is applied to accurately diagnose the machine defect that results in poor surface quality in a cylindrical turning process.

Key words: surface topography, tool-workpiece vibration, waviness profile

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