Manufacturing Technology: Unit I: Mechanics of Metal Cutting
velocity relationship
Mechanics of Metal Cutting - Manufacturing Technology
Figure 1.21 shows the velocity relationship in orthogonal cutting.
VELOCITY RELATIONSHIP Figure 1.21 shows the velocity relationship in orthogonal cutting. The various velocities are cutting velocity (V), chip velocity (Vc) and shear velocity (Vs). The chip velocity (Vc) is the velocity of the chip relative to tool and it is directed along the tool face and shear velocity (Vs) is the velocity of chip relative to workpiece which is directed along shear plane. Substituting 'r' in above equation Vc = V.r Similarly, from triangle ODA, From triangle ODB, By equating (1.7) and (1.8),
Manufacturing Technology: Unit I: Mechanics of Metal Cutting : Tag: : Mechanics of Metal Cutting - Manufacturing Technology - velocity relationship
Manufacturing Technology: Unit I: Mechanics of Metal Cutting
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Manufacturing Technology
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