Feature recognition and manufacturability analysis from computer-aided design (CAD)
models are indispensable technologies for better decision making in manufacturing …

A methodology for temperatures calculating in different cutting zones is proposed, taking the
peculiarities of heat distribution for moving sources into account. For this, the correlation was …

The cutting vibration generated by cutting forces is critical to the accuracy and efficiency of
face-hobbed hypoid gears. However, few relevant works are currently on cutting dynamics …

Gear has been widely applied in the automotive and aerospace manufacturing industries.
The machining process is complicated, and the material is difficult to cut. High-speed dry …

Cutting forces cause machine tool vibration, deformation and tool wear during machining
processes, due to the complexity of the generating kinematic relationship between the head …

High-speed dry hobbing is a clean and environmental-friendly gear machining process, but
thermal dissipation inefficiency accelerates tool wear and shorten tool life which is difficult to …

In this report, an approach is presented how a geometric penetration calculation can be
combined with FE simulations to a multiscale model, which allows an efficient determination …

Design and manufacturing methodologies are already decided in the manufacturing
industry. In order to transmit power and motion, gear is a crucial component. It should be …

In this report, an approach is presented how a geometric penetration calculation can be
combined with FE simulations to a multiscale model, which allows an efficient determination …

Gear skiving has been paid more and more attention for high efficiency and wide application
in gear manufacturing. In gear skiving, prediction of cutting temperature and optimization of …