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Q5: An intermediate shaft is running at constant speed as shown in Figure 3. The shaft to be made from AISI1040 cold rolled. The shaft is subjected to a completely reversed bending in phase with a steady torque. The reliability is \( 90 \% \) and stress concentration factor \( \mathrm{K}_{\mathbf{t}}=1.5 \). ine the minimum shaft diameter required to obtain b. Calculate Langer first-cycle-yielding factor of safety \( [11+3] \)

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See the same Newton for me in the picture
Q5: An intermediate shaft is running at constant speed as shown in Figure 3. The shaft to be made from AISI1040 cold rolled.

Q5: An intermediate shaft is running at constant speed as shown in Figure 3. The shaft to be made from AISI1040 cold rolled. The shaft is subjected to a completely reversed bending in phase with a steady torque. The reliability is \( 90 \% \) and stress concentration factor \( \mathrm{K}_{\mathbf{t}}=1.5 \). ine the minimum shaft diameter required to obtain b. Calculate Langer first-cycle-yielding factor of safety \( [11+3] \)

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