The shaft of the crank lever is loaded by forces through a vertical pin and base plate as shown in Figure 1. The pin is subjected to a vertical force of 10 kN at C. An axial thrust of 20 kN , with the length of 200mm , is acting at D on the base plate which may be approximated as an equivalent axial force on the shaft AC and its other effect could be ignored. The shaft AC is supported at end A & B. The yield strength of the shaft material is taken as 250 MN/m2. (i)Evaluate the maximum principal stresses, minimum principal stresses and shear stress-induced in the shaft for the shaft diameter of 100 mm.
The shaft of the crank lever is loaded by forces through a vertical pin and base plate as shown in Figure 1. The pin is subjected to a vertical force of 10 kN at C. An axial thrust of 20 kN , with the length of 200mm , is acting at D on the base plate which may be approximated as an equivalent axial force on the shaft AC and its other effect could be ignored. The shaft AC is supported at end A & B. The yield strength of the shaft material is taken as 250 MN/m2. (i)Evaluate the maximum principal stresses, minimum principal stresses and shear stress-induced in the shaft for the shaft diameter of 100 mm.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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The shaft of the crank lever is loaded by forces through a vertical pin and base plate as shown in Figure 1. The pin is subjected to a vertical force of 10 kN at C. An axial thrust of 20 kN , with the length of 200mm , is acting at D on the base plate which may be approximated as an equivalent axial force on the shaft AC and its other effect could be ignored. The shaft AC is supported at end A & B. The yield strength of the shaft material is taken as 250 MN/m2.
(i)Evaluate the maximum principal stresses, minimum principal stresses and shear stress-induced in the shaft for the shaft diameter of 100 mm.
Transcribed Image Text:E 30 mm
Pin
A
D mm
110 mm
Shat
Base plale
B.
20mm
L mm
Web
C
Figure 1
P.
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