Case 1: case of the twisted shaft)The shafting shown in Figure 2.51 was taken from a mill transfer chain that was frequently overloaded, causing the shaft (made of low-carbon steel) to fail by torsion shear. It has obviously been loaded in torsion beyond its elastic limit into the plastic range and has taken a permanent set. Since the sprocket and bearing bores are bot easily changed to substitute a larger diameter shaft, what type of replacement shaft will solve the problem? What different mechanical properties must it posses so it will not again fail by torsion shear? Case 1: Case of the Twisted ShaftThe shafting shown in Figure 2.51 was taken from a milltransfer chain that was frequently overloaded, causing theshaft (made of low-carbon steel) to fail by torsion shear. Ithas obviousły been loaded in torsion beyond its elastic limitinto the plastic range and has taken a permanent set. Sincethe sprocket and bearing bores are not easily changed to sub-stitute a larger diameter shaft, what type of replacement shaftwill solve the problem? What different mechanical proper-ties must it possess so it will not again fail by torsion shear? FIGURE 2.51

As per the question, the bore of sprocket and bearings are fixed, that means the diameter of the…

Answered: Case 1: Case of the Twisted Shaft The…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Case 1: case of the twisted shaft)
The shafting shown in Figure 2.51 was taken from a mill transfer chain that was frequently overloaded, causing the shaft (made of low-carbon steel) to fail by torsion shear. It has obviously been loaded in torsion beyond its elastic limit into the plastic range and has taken a permanent set. Since the sprocket and bearing bores are bot easily changed to substitute a larger diameter shaft, what type of replacement shaft will solve the problem? What different mechanical properties must it posses so it will not again fail by torsion shear?

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