How Do You Reduce Built Up Edges? Increasing cutting speed. Decreasing feed rate. Increasing ambient workpiece temperature. Increasing rake angle. Reducing friction (by applying cutting fluid) What causes built-up edge? When the friction between tool and chip is high while machining ductile materials, some particles of chip adhere to the tool rake face near the
What Is An Orthogonal Cutting Operation? The term “orthogonal cutting” has been coined1 to cover the case where the cutting tool generates a plane surface parallel to an original plane surface of the material being cut and is set with its cutting edge perpendicular to the direction of relative motion of tool apd workpiece. What
What Is The Basic Difference Between Orthogonal Machining And Oblique Machining? Summary: The major difference between orthogonal and oblique cutting is that in orthogonal cutting, the cutting edge of the tool is perpendicular to the direction of motion. In oblique cutting the cutting edge makes an angle with the direction of motion. What is orthogonal