Effect of Technological Parameters on Energetic Efficiency When Planar Milling Heat-treated Oak Wood

Abstract

In the milling of heat-treated oak wood, it was confirmed that cutting power decreased while modification temperature increased. The surface treatment of the cutting tool affected the cutting power. The cutting speed affected the cutting power. Increasing the cutting speed increased cutting power by increasing the cutting force. The rake angle influenced the cutting power. The rake angle increased, resulting in decreased cutting power. Feed rate influenced the cutting power. Increasing the feed rate resulted in an increased cutting power.