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Chatter Stability of Plunge Milling

โœ Scribed by Y. Altintas; J.H. Ko

Publisher
International Academy for Production Engineering
Year
2006
Tongue
English
Weight
640 KB
Volume
55
Category
Article
ISSN
0007-8506

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โœฆ Synopsis

Plunge milling operations are used to remove excess material in boring cylinders, roughing pockets, dies and mold cavities. This paper presents a frequency domain, chatter stability prediction theory for plunge milling. The regenerative chip thickness is modeled as a function of lateral, axial and torsional vibrations. The stability of the plunge milling is formulated as a fourth order eigenvalue problem by relating the regenerative chip thickness, cutting forces and torque, and the structural modes of the cutter. The stability lobes are predicted analytically from the eigenvalue solution. The stability lobes are experimentally proven by conducting over one hundred plunge milling tests.

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