Q5: The gear forces shown act in planes parallel to the yz plane. The force on gear A is 300 lbf. Consider the bearings at O and B to be simple supports. For a static analysis and a factor of safety of 3.5, use distortion energy to determine the minimum safe diameter of the shaft. Consider the material to have a yield strength of 60 kpsi. Gear A 24-in D. 20 in FA 20° 16 in Gear C 10-in D. 10 in Fc 20°
Q5: The gear forces shown act in planes parallel to the yz plane. The force on gear A is 300 lbf. Consider the bearings at O and B to be simple supports. For a static analysis and a factor of safety of 3.5, use distortion energy to determine the minimum safe diameter of the shaft. Consider the material to have a yield strength of 60 kpsi. Gear A 24-in D. 20 in FA 20° 16 in Gear C 10-in D. 10 in Fc 20°
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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
Transcribed Image Text:Q5: The gear forces shown act in planes
parallel to the yz plane. The force on gear A
is 300 lbf. Consider the bearings at O and B
to be simple supports. For a static analysis
and a factor of safety of 3.5, use distortion
energy to determine the minimum safe
diameter of the shaft. Consider the material
to have a yield strength of 60 kpsi.
Gear A
24-in D.
20 in
FA
20°
16 in
Gear C
10-in D.
10 in
Fc
20°
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