Influence of the cutting parameters on the workpiece temperature during face milling

Abstract

This thesis presents the outcome of experimental research of the impact of changes in cutting speed and volume of material processed during a face milling process on the temperature of the processed object made of copper of M1Ez4 class. Measurement of the temperature of the processed object was conducted in six points with K-Type thermocouples. The theoretical amount of released heat per unit of time for particular parameters of machining was also calculated.