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In the lathe machine, steel rod with diameter 160mm is turned under the following condition: Axial component of the cutting force Tangential component of the cutting force Chip thickness Spindle speed Depth of cut Feed Rake angle 200 N 500 N 0.45 mm 315 rpm 2.5 mm 0.16 mm/rev According to orthogonal cutting model, Determine: 1-Dynamic yield strength of work material. 2- Normal stress 3- Shear velocity

In the lathe machine, steel rod with diameter 160mm is turned under the following condition: Axial component of the cutting force Tangential component of the cutting force Chip thickness Spindle speed Depth of cut Feed Rake angle 200 N 500 N 0.45 mm 315 rpm 2.5 mm 0.16 mm/rev According to orthogonal cutting model, Determine: 1-Dynamic yield strength of work material. 2- Normal stress 3- Shear velocity

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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Ql: In the lathe machine, steel rod with diameter 160mm is turned under the following condition: 200 N 500N Axial component of the cutting force Tangential component of the cutting force Chip thickness Spindle speed Depth of cut Feed Rake angle 0.45 mm 315 rpm 2.5 mm 0.16 mm/rev According to orthogonal cutting model, Determine: 1-Dynamic yield strength of work material. 2- Normal stress 3-Shear velocity
Transcribed Image Text:Ql: In the lathe machine, steel rod with diameter 160mm is turned under the following condition: 200 N 500N Axial component of the cutting force Tangential component of the cutting force Chip thickness Spindle speed Depth of cut Feed Rake angle 0.45 mm 315 rpm 2.5 mm 0.16 mm/rev According to orthogonal cutting model, Determine: 1-Dynamic yield strength of work material. 2- Normal stress 3-Shear velocity
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