Micro-milling is a precision manufacturing process with broad applications across the
biomedical, electronics, aerospace, and aeronautical industries owing to its versatility …

Micro-milling as a precision manufacturing process has received increasing attention for its
unique advantages in machining tiny parts. The surface quality of parts is an important factor …

Controlling dynamic complex networks is challenging because constituent couplings are
inherently nonlinear and nonstationary. Such properties can bring instability to network …

In this paper, an active dynamic surface control (DSC) to suppress regenerative chatter in
micro-milling with nonlinear piezo-actuators (PZTAs) as active elements has been …

Micro-milling technology is widely applied in micro manufacturing, particularly for the
fabrication of miniature and micro components. However, the chatters and machining …

In this paper, an active control approach using two piezoelectric actuators (PZTAs) and an
adaptive controller is investigated for suppressing the two-DOF regenerative chatter in …

An active research subject in robotics and aeronautics, underactuated mechanical systems
(UMS) have been extensively explored for applications where maintaining stability and …

Time-delayed feedback of a small magnitude can perturb a system to exhibit complex
dynamical responses including route-to-chaos. Such motions are harmful as they negatively …

This research is to parameterize the variation in reconstructed phase space attractor
Poincaré sections during the milling process in order to identify the transition of system from …

We are now living in the new era of the fourth industrial revolution (Industry 4.0). The
important sign of this era is the fast developing of 3C (computation, communication, control) …