The paper then focuses on the multi-criteria optimisation of the ball end milling process in terms of cutting forces and efficiency.
In milling processes, the ever-changing cutting force has great effects on machining quality.
Based on the experimental results and regression analyses, optimal machining conditions and estimation equations are obtained to improve the machinability in milling processes with the spindle.
In this sense, the aim of this paper is to analyze the accuracy of an online method for measuring machining parameters from cutting force signals in milling processes.
The observed trend should be due to the influence of the milling process in the presence of inorganic salt.
A detailed analysis of the effects of the milling process in the presence of different milling environments is reported.
Because of the conic shape of pipette only the very end of pipette was cut during milling process in order not to change the pipette opening significantly.
The wet milling process (in ethanol) for the QC powders is much better than the dry milling process to obtain fine particles with high surface area.
The procedure is based on modeling the interactions between process and machine by means of a stability model of the milling process in modal coordinates.
