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1) In an orthogonal cutting operation, the cutting tool has a rake angle = 15°. The chip thickness before the cut = 0.20 mm and the chip thickness after the cut to = 0.8 mm. If the cutting force and thrust force are measured during an orthogonal cutting operation with values, Fc = 2000 N and Ft = 1890 N. The width of the orthogonal cutting operation w = 2.5 mm. Determine: The Shear Angle The Shear Strain The Shear Strength of the material The Force of Friction The friction angle

1) In an orthogonal cutting operation, the cutting tool has a rake angle = 15°. The chip thickness before the cut = 0.20 mm and the chip thickness after the cut to = 0.8 mm. If the cutting force and thrust force are measured during an orthogonal cutting operation with values, Fc = 2000 N and Ft = 1890 N. The width of the orthogonal cutting operation w = 2.5 mm. Determine: The Shear Angle The Shear Strain The Shear Strength of the material The Force of Friction The friction angle

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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1) In an orthogonal cutting operation, the cutting tool has a rake angle = 15°. The chip thickness before the cut = 0.20 mm and the chip thickness after the cut tc = 0.8 mm. If the cutting force and thrust force are measured during an orthogonal cutting operation with values, Fc = 2000 N and Ft = 1890 N. The width of the orthogonal cutting operation w = 2.5 mm. Determine: The Shear Angle The Shear Strain The Shear Strength of the material The Force of Friction The friction angle
Transcribed Image Text:1) In an orthogonal cutting operation, the cutting tool has a rake angle = 15°. The chip thickness before the cut = 0.20 mm and the chip thickness after the cut tc = 0.8 mm. If the cutting force and thrust force are measured during an orthogonal cutting operation with values, Fc = 2000 N and Ft = 1890 N. The width of the orthogonal cutting operation w = 2.5 mm. Determine: The Shear Angle The Shear Strain The Shear Strength of the material The Force of Friction The friction angle
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