The advent of CNC machines resulted in the reduction of machining complexity through
efficient programming and increased productivity. The free-form surface milling (FFSM) …

Tool path planning is critical to fully realise the producing capabilities of multi-axis machine
tools and improve the precision and efficiency in multi-axis machining. Up to now, more than …

The milling parameters under complex machining conditions have strong time-varying
characteristics. Their accurate acquisition is an important foundation for analyzing the cutting …

Tool orientation optimization with interference-free condition and good machining
performance is one of the key issues in the five-axis machining processes. The existing tool …

Tool wear is one of the factors restraining the improvement of product efficiency and
machining quality, especially for the aerospace industries with high-added-value parts and …

The aim of this study was to develop a concept for an angular positioning method for a round
cutting insert in a torus cutter body dedicated to the multi-axis milling process under high …

The fifth Industrial revolution (I5. 0) prioritizes resilience and sustainability, integrating
cognitive cyber-physical systems and advanced technologies to enhance machining …

In aviation and navigation, complicated parts are milled with high-speed low-feed-per-tooth
milling to decrease tool vibration for high quality. Because the nonlinearity of the cutting …

This paper presents a new process planning method for five-axis machining, which is
particularly suitable for parts with complex features or weak structures. First, we represent …

The fifth Industrial revolution (I5. 0) prioritizes resilience and sustainability, integrating
cognitive cyber-physical systems and advanced technologies to enhance machining …