During the cutting process, large quantities of emitted heat are concentrated on a small
surface area of the interface between the workpiece and the cutting edge. The resultant very …

This paper follows a recent update of the literature on machining monitoring systems. The
paper reviews the past contributions in these areas and provides an up-to-date …

In metal cutting, heat generated on the cutting tool tip is important for the performance of the
tool and quality of the finished product. The effect of the cutting temperature, particularly …

The subject of modeling and predicting roughness parameters in hard machining has been
discussed in many literature sources. However, most of these sources cover only the …

The heat generated at the tool-chip interface dissipates the heat into the tool, which causes
the rise in temperature at the tool tip during the metal cutting process. The temperature rise …

The paper focuses on the effect of various process parameters like spindle speed, feed,
depth of cut, nose radius and machining condition on the Tool tip temperature and surface …

In cutting tools nearly 70% of the heat is carried away by the chips which are formed during
machining. Most of the remaining heat is transferred to the tool due to which the tool life …

The paper describes a procedurę for computer aided measurement and analysis of cutting
forces and temperature in the cutting process by machining with turning, by using own …