This study focuses on the examination of the effect of cutting parameters on surface
roughness when drilling medium‐density fiberboard (MDF) with a parallel robot. Taguchi …

The large-amplitude motions of a one degree-of-freedom model of orthogonal cutting are
analysed. The model takes the form of a delay differential equation which is non-smooth at …

A new model of cutting process is developed in order to simplify modelling and gain a further
insight into the mechanics of frictional chatter. It is based on the well known Rayleigh …

We have examined the cutting process by using a two degrees of freedom non-smooth
model with a friction component. Instead of the standard Lyapunov exponent treatment a …

The problems related to nonlinear dynamics of material processing by cutting are reviewed
in this study. A mathematical model of a dynamic system that considers the dynamic link …

This paper proposes a new approach to analyze the stability of a cutting process. Previously,
most studies have generally assumed the work-piece to be rigid and have, therefore …

Medium density fiberboard (MDF) is an industrial product created from lignocellulosic fibers
and resin through the combined action of pressure and heat. Have homogeneity …

Machining chatter is an inherently nonlinear phenomenon that is affected by many
parameters such as cutting conditions, tool geometry eg, nose radius and clearance angle …

This paper focuses on the primary resonance of the time delayed Duffing oscillator solved by
means of the multiple scales method. The second order approximation is used because the …

Models for chatter prediction in machining often use a mechanistic force model that calculate
the force as the product of a material dependent cutting constant and chip area. However, in …