QUESTION 7 Figure 7 shows an assembly consist of circular shaft AB, solid circular BC and a circular CE. The shaft is made of titanium alloy steel and fixed at A. Segment AB is a hollow shaft, has an inner diameter of 25mm. While tube CE with the thickness 2mm has an outer diameter of 20mm. The assembly is subjected to torques of 1000 Nm at C, 210 m at D and 350 Nm at E. The alloy has modulus of rigidity, G = 44kN/mm^2 a) Draw the torque diagram of the shaft. b) Determine maximum shearing stress developed in each segment. c) Calculate the angle of twist at the right end of the shaft.
QUESTION 7 Figure 7 shows an assembly consist of circular shaft AB, solid circular BC and a circular CE. The shaft is made of titanium alloy steel and fixed at A. Segment AB is a hollow shaft, has an inner diameter of 25mm. While tube CE with the thickness 2mm has an outer diameter of 20mm. The assembly is subjected to torques of 1000 Nm at C, 210 m at D and 350 Nm at E. The alloy has modulus of rigidity, G = 44kN/mm^2 a) Draw the torque diagram of the shaft. b) Determine maximum shearing stress developed in each segment. c) Calculate the angle of twist at the right end of the shaft.
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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QUESTION 7
Figure 7 shows an assembly consist of circular shaft AB, solid circular BC and a circular CE. The shaft is made of titanium alloy steel and fixed at A. Segment AB is a hollow shaft, has an inner diameter of 25mm. While tube CE with the thickness 2mm has an outer diameter of 20mm. The assembly is subjected to torques of 1000 Nm at C, 210 m at D and 350 Nm at E. The alloy has modulus of rigidity, G = 44kN/mm^2
a) Draw the torque diagram of the shaft.
b) Determine maximum shearing stress developed in each segment.
c) Calculate the angle of twist at the right end of the shaft.
Transcribed Image Text:30 mm
210NM
350NM
50 mm
B
1000 Nm
65 mm
100 mm
D.
80 mm
E
Figure 7
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