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A bearing supports a 28mm diameter solid steel torsion rod (plan view shown in Fig. 1) rigidly commecied to a 300 mm arm. The arm carries a wheel that is subjected to a 2500 N vertical load from the ground. (a) Considering the torsion rod where it passes through the bearing, sketch the stresses acting on an element at the point on the rod where the tensile stress is largest. Calculate the magnitude of all the stresses acting on this element. (b) Find von Mises effective stress for the element of Part (a). 2500 N load acting upward out of page 28 mm diameter torsion rod 300 mm arm Bearing 100 mm Fig. 1

A bearing supports a 28mm diameter solid steel torsion rod (plan view shown in Fig. 1) rigidly commecied to a 300 mm arm. The arm carries a wheel that is subjected to a 2500 N vertical load from the ground. (a) Considering the torsion rod where it passes through the bearing, sketch the stresses acting on an element at the point on the rod where the tensile stress is largest. Calculate the magnitude of all the stresses acting on this element. (b) Find von Mises effective stress for the element of Part (a). 2500 N load acting upward out of page 28 mm diameter torsion rod 300 mm arm Bearing 100 mm Fig. 1

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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A bearing supports a 28mm diameter solid steel torsion rod (plan view shown in Fig. 1) rigidly comecied to a 300 mm arm. The arm carries a wheel that is subjected to a 2500 N vertical load from the ground. (a) Considering the torsion rod where it passes through the bearing, sketch the stresses acting on an element at the point on the rod where the tensile stress is largest. Calculate the magnitude of all the stresses acting on this element. (b) Find the von Mises effective stress for the element of Part (a). 2500 N load acting upward out of page 28 mm diameter torsion rod 300 mm arm Bearing 100 mm Fig. 1
Transcribed Image Text:A bearing supports a 28mm diameter solid steel torsion rod (plan view shown in Fig. 1) rigidly comecied to a 300 mm arm. The arm carries a wheel that is subjected to a 2500 N vertical load from the ground. (a) Considering the torsion rod where it passes through the bearing, sketch the stresses acting on an element at the point on the rod where the tensile stress is largest. Calculate the magnitude of all the stresses acting on this element. (b) Find the von Mises effective stress for the element of Part (a). 2500 N load acting upward out of page 28 mm diameter torsion rod 300 mm arm Bearing 100 mm Fig. 1
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