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Figure P-68=15 R Q3. The shaft shown in Fig.3 is carries R1 R=15cm C. two pulleys each weighs 400 N. The allowable shear and normal stresses are 56 and 84 MPa, respectively. The ratio of the belt tension are as shown in the B. 2F 2F Fig. Determine maximum permissible value of the shaft diameter if the belt the 40 cm 100 cm 40 cm tension if the shaft transimit power 10KW with 1000 r.p.m..

Figure P-68=15 R Q3. The shaft shown in Fig.3 is carries R1 R=15cm C. two pulleys each weighs 400 N. The allowable shear and normal stresses are 56 and 84 MPa, respectively. The ratio of the belt tension are as shown in the B. 2F 2F Fig. Determine maximum permissible value of the shaft diameter if the belt the 40 cm 100 cm 40 cm tension if the shaft transimit power 10KW with 1000 r.p.m..

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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Figure P-68.D=15 RI Q3. The shaft shown in Fig.3 is carries R1 R=15cm two pulleys each weighs 400 N. The allowable shear and normal stresses are 56 and 84 MPa, respectively. The ratio of the belt tension are as shown in the B 2F Fig. Determine maximum permissible value of the shaft diameter if the belt the 40 cm 100 cm 40 cm tension if the shaft transimit power 10KW with 1000 r.p.m..
Transcribed Image Text:Figure P-68.D=15 RI Q3. The shaft shown in Fig.3 is carries R1 R=15cm two pulleys each weighs 400 N. The allowable shear and normal stresses are 56 and 84 MPa, respectively. The ratio of the belt tension are as shown in the B 2F Fig. Determine maximum permissible value of the shaft diameter if the belt the 40 cm 100 cm 40 cm tension if the shaft transimit power 10KW with 1000 r.p.m..
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