engleski

Geometry of machined surface by orthogonal turn-milling

Orthogonal turn-milling is replacing turning because of its advantages such as: higher productivity of the procedure, shape of chip, and longer tool life. By using high speeds the centrifugal forces of workpiece clamping devices during turning represent a significant limitation, thus rendering turn-milling an even greater importance. Therefore, the procedure deserves to be systemically analysed and compared to turning. The theoretical analysis and comparison of the geometry of the machined surfaces also gives advantage to orthogonal turn-milling. This provides knowledge and guidelines for further experimental research.

orthogonal turn-milling; geomerty of machined surface; theoretical roughness; turning

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