Interruptions in turning make the process forces non-smooth and nonlinear. Smooth
nonlinear cutting forces result in the process of being stable for small perturbations and …

A cylindrical plunge grinding process was modeled to investigate nonlinear regenerative
chatter vibration. The rotating workpiece was a slender Euler–Bernoulli beam, and the …

Industrial robots are increasingly prevalent due to their large workspace and cost-
effectiveness. However, their limited static and dynamic stiffness can lead to issues like …

Abstract Machine tool cutting performance is limited by the onset of regenerative chatter
vibrations. Chatter damages the machine tool system and must be avoided. Efficacy of …

Purpose Chatter can damage parts. It must hence be avoided and/or suppressed. This
paper discusses the use of active vibration control to suppress chatter in a milling process …

Improved chatter vibration-free cutting performance at low speed occurs due to process
damping. An additional cutting force component that arises due to interference of the …

Machining instabilities are detrimental. model predicted stability charts help identify cutting
parameters for stability. Since models disregard speed-varying cutting force characteristics …

Instabilities in machining are detrimental. Usually analytical model-predicted stability charts
guide selection of cutting parameters to ensure stable processes. However, since models …