MAE 3910 HW H4 Shaft Design Problem 4: The shaft shown below gears set against shoulders in the shaft at points $A$ and $B$ with effective centers for force transmission as shown below. The keyseats are cut with standard endmills into the shaft. The bearings ate press-fit against the shoulders at points $O$ and $C$ . Determine the minimum fatigue factor of safety of the shaft using the DE-Goodman fatigue criterion. All filets have radius $r = 1/1 6^{+}$ and the shaft is made from AISI $1018 CD$ steel

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MAE 3910 HW H4 Shaft Design Problem 4: The shaft shown below gears set against shoulders in the shaft at points

A

and

B

with effective centers for force transmission as shown below. The keyseats are cut with standard endmills into the shaft. The bearings ate press-fit against the shoulders at points

O

and

C

. Determine the minimum fatigue factor of safety of the shaft using the DE-Goodman fatigue criterion. All filets have radius

r = 1/1 6^{+}

and the shaft is made from AISI

1018 CD

steel

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