Thin− walled parts are widely used in many important fields because of performance and
structural lightweight requirements. They are critical parts because they usually carry the …

This paper provides a chronological review of publications that implement and advance the
receptance coupling substructure analysis (RCSA) approach first applied to tool tip …

An accurate description of machine tool dynamics is essential for health monitoring, chatter
prevention, and improvement of manufacturing accuracy. The standard identification …

This paper proposes an industrial-friendly approach based on physics-informed Bayesian
machine learning for probabilistic inference and refinement of stability predictions in milling …

Accurate identification of contact dynamics is very crucial in predicting the dynamic behavior
and chatter stability of spindle–tool assemblies in machining centers. It is well known that the …

With the increase in the use of high speed machining (HSM), the need to predict spindle-
bearing performance at high speeds is strategically critical to the implementation of HSM. In …

Abstract Machine tools involve various mechanical interfaces in different forms and styles,
which affect performance significantly in terms of rigidity, thermal stability, precision, and …

The productivity, surface finish, and dimensional accuracy during machining are directly
related to the vibration characteristics of tool tip. Moreover, the dynamics of tool tip is not only …

In this paper, two techniques are described for experimentally identifying the spindle-
machine receptances required for tool point frequency response prediction using …

This study presents a combined feedback–feedforward adaptive regulator applied to an
active vibration control tool holder platform to contain the effect of machining vibrations. The …