...Dániel Bachrathy; Gábor Stépán; János Turi The governing equation of milling processes is generalized with the help of accurate chip thickness derivation resulting in a state dependent delay model. This model is valid for large amplitude machine tool vibrations and uses accurate nonlinear screen...

...Eric A. Butcher; Oleg A. Bobrenkov; Ed Bueler; Praveen Nindujarla In this paper the dynamic stability of the milling process is investigated through a single degree-of-freedom model by determining the regions where chatter (unstable) vibrations occur in the two-parameter space of spindle speed...

...Christoph Henninger; Peter Eberhard Dynamic stability of cutting processes such as milling and turning is mainly restricted by the phenomenon of the regenerative effect, causing self-excited vibration, which is well known as machine-tool chatter. With the semidiscretization method for periodic...

...R. P. H. Faassen; N. van de Wouw; H. Nijmeijer; J. A. J. Oosterling The efficiency of the high-speed milling process is often limited by the occurrence of chatter. In order to predict the occurrence of chatter, accurate models are necessary. In most models regarding milling, the cutter is assumed...