Abstract
Machining of large pocket is a key issue for the production of aerospace parts. The optimization of this phase may lead to interesting cost reduction.This paper will study the prediction of the cutting forces acting on a milling tool while machining the corner of a pocket and the impact of the general behavior of the machine tool on the process time.These aspects are combined in a simulation framework at a macroscopic level. Some simulation results are presented and commented. This work can be used to optimize the cutting condition and tested on various toolpath strategies.
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