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21.65 The following data are available from orthogonal cut- ting experiments. In both cases depth of cut (feed) fo = 0.13 mm, width of cut b = 2.5 mm, rake angle a = -5°, and cutting speed V = 2 m/s. Workpiece material Aluminum Steel Chip thickness, te, mm Cutting force, Fe, N Thrust force, Fr, N 0.23 0.58 430 890 280 800

21.65 The following data are available from orthogonal cut- ting experiments. In both cases depth of cut (feed) fo = 0.13 mm, width of cut b = 2.5 mm, rake angle a = -5°, and cutting speed V = 2 m/s. Workpiece material Aluminum Steel Chip thickness, te, mm Cutting force, Fe, N Thrust force, Fr, N 0.23 0.58 430 890 280 800

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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21.65 The following data are available from orthogonal cut- ting experiments. In both cases depth of cut (feed) fo = 0.13 mm, width of cut b 2.5 mm, rake angle a = -5°, and cutting speed V = 2 m/s. Workpiece material Aluminum Steel Chip thickness, te, mm Cutting force, Fe, N Thrust force, Fr, N 0.23 430 0.58 890 280 800
Transcribed Image Text:21.65 The following data are available from orthogonal cut- ting experiments. In both cases depth of cut (feed) fo = 0.13 mm, width of cut b 2.5 mm, rake angle a = -5°, and cutting speed V = 2 m/s. Workpiece material Aluminum Steel Chip thickness, te, mm Cutting force, Fe, N Thrust force, Fr, N 0.23 430 0.58 890 280 800
Determine the shear angle , friction coefficient u, shear stress T, shear strain y on the shear plane, chip velocity Ve. and shear velocity V,, as well as energies uf, us, and ut.
Transcribed Image Text:Determine the shear angle , friction coefficient u, shear stress T, shear strain y on the shear plane, chip velocity Ve. and shear velocity V,, as well as energies uf, us, and ut.
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