17) A50-mm-dia endmill cuts 6061 aluminum with 30% tool engagement at a depth of 6 mm. The tool rotates at 200 rpm and is feeding at 250 mm/min. There are 2 teeth set at a rake angle of 10°. a. Calculate the required power of cutting. b. Determine the spindle torque. c. Determine the cutting force on each tooth.

Elements Of Electromagnetics
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17) A50-mm-dia endmill cuts 6061 aluminum with 30% tool engagement at a depth
of 6 mm. The tool rotates at 200 rpm and is feeding at 250 mm/min. There are 2
teeth set at a rake angle of 10°.
a. Calculate the required power of cutting.
b. Determine the spindle torque.
c. Determine the cutting force on each tooth.
d. If the thrust force is measured to be 350N, estimate the tool-chip interface
friction coefficient.
How could you physically verify your power estimate?
Transcribed Image Text:17) A50-mm-dia endmill cuts 6061 aluminum with 30% tool engagement at a depth of 6 mm. The tool rotates at 200 rpm and is feeding at 250 mm/min. There are 2 teeth set at a rake angle of 10°. a. Calculate the required power of cutting. b. Determine the spindle torque. c. Determine the cutting force on each tooth. d. If the thrust force is measured to be 350N, estimate the tool-chip interface friction coefficient. How could you physically verify your power estimate?
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