Question

The following problem must be completed, in entirety, in order for this HW to be graded. If this problem is not solved completely ZERO grade will be assigned. 7. (25) The shaft made of AISI 5140 medium-carbon steel (quenched and tempered at 700°C) is shown in the figure. The shaft is grounded to form a good seating for the self-aligning bearings at A and B and pulleys at C & D. The pulleys transfer the motion from point C to point D. Also, T1 = 5 T2 0.5 120 mm Draw free body diagram and label the axis Draw the bending moment diagrams (all possible axes) a. 120 mm b. T1 ocate the point of maximum stress d. Determine minimum diameter (D) of the shaft 2 kN based on i.Maximum Shear Stress Theory ii. Distortion Energy Theory 6 kN Ignore any stress concentration in the shaft. You must, in detail, show the stress on the stress elements used in the design process. Make reasonable assumptions and validate them. A design factor of 2 is desired.

Answer 1

Roblem ㄒ GKN 3 75 Ђ.MD ( kN-mリ T 480 N-m 4x 10 x0 120 T = 480 N-m 70 2m (1回)"

oe Con See at fot D NA in Comport ssion Seme ameur # ond Tyons ve vse Shavkyt.VDLol,U [Pleage chick dorms valve Shalt cuamubby 1) on il (i) maximum Shuorv Shr ss -th ory 32 N

(3.75 지°C) 2 d 49-11 63mm Ditein enty foen d z 19 0832 mm olmuh ะ U9-0832 mm