Trochoidal milling is a promising strategy for machining pockets with difficult-to-cut materials.
Conventional trochoidal toolpath is composed of a set of circular curves and transition …

Trochoidal milling has been developed to enhance tool life during slot machining. It is
characterized by reduced cutting forces, cutting temperature, and tool wear as compared to …

Trochoidal milling has been developed to extend the cutting tool life as compared to
conventional milling. It is widely used in the machining of slots and corners of molds and …

Trochoidal milling is known for its advantages in machining difficult-to-machine materials as
it facilitates chip removal and tool cooling. However, the conventional trochoidal tool path …

Selecting the proper cutting conditions for milling parts is one of the most important tasks in
setting up manufacturing to achieve minimum machining times and to ensure the desired …

Trochoidal milling is an efficient strategy for the rough machining of difficult-to-cut materials.
The true trochoidal toolpath has C 2 continuity and avoids sharp changes in engagement …

In recent years, there has been a notable initiation or acceleration in the production of new
aeronautical engines. This surge is coupled with a global commitment to reducing emissions …

Freeform surfaces are widely present in the core components of advanced equipment such
as aerospace and shipbuilding, and their high-level manufacturing is a key indicator of the …

The machining time is mainly related to the tool path and the corresponding feed speed,
while the trochoidal tool path depends on the trochoidal step and trochoidal radius. The …

Freeform surfaces widely exist in the core parts of advanced equipment such as aerospace,
shipbuilding, etc. Its high-level manufacturing is an important symbol of the national …