The tool-workpiece vibration in the precision milling process plays a pivotal role in
influencing the surface quality. To solve the machining problem coming with the process …

Vibration control is one of the most important issues in the metal cutting process. It has been
recognized for several decades that many machining process performance measures are …

Recently, vibration assistance has been mainly applied to feed and cross-feed directions for
milling processes. This paper investigates the effect of ultrasonic vibration assistance in …

A chatter mark is a result of irregular vibration that affects the milling process, which results
in poor surface finish, reduced work quality, machine impairment, and high production cost …

The goal of this work is to concurrently counterbalance the dynamic cutting force and
regulate the spindle position deviation under various milling conditions by integrating active …

Surface topography is an important factor in evaluating the surface integrity and service
performance of milling parts. The dynamic characteristics of the manufacturing system and …

As a major obstacle to high performance milling, chatter will inevitably decrease tool life,
material removal efficiency and workpiece surface quality. Active control based on actuators …

Due to the constraint of tool wear, the low spindle speeds are usually adopted for the milling
of the difficult-to-cut materials, such as AerMet100 and titanium alloy etc. for the stability …

In the vibration-assisted milling process, the cutting force as a very important parameter can
reflect the cutting characteristics of this machining method. In this study, a three-dimensional …

Selection of geometrical and machining parameters has great influence in machining
performance. Predictive modeling can be used in optimization and control of process …