Figure P3–73 shows an aluminum cylinder being capped by two end plates that are held in position with four steel tie-rods. A clamping force is created by tightening the nuts on the ends of the tie-rods. Compute the stress in the cylinder and the tie-rods if the nuts are turned one full turn from the handtight condition.
Figure P3–73 shows an aluminum cylinder being capped by two end plates that are held in position with four steel tie-rods. A clamping force is created by tightening the nuts on the ends of the tie-rods. Compute the stress in the cylinder and the tie-rods if the nuts are turned one full turn from the handtight condition.
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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Figure P3–73 shows an aluminum cylinder being capped by two end plates that are held in position with four steel tie-rods. A clamping force is created by tightening the nuts on the ends of the tie-rods. Compute the stress in the cylinder and the tie-rods if the nuts are turned one full turn from the handtight condition.
Transcribed Image Text:M10 x 1.25 thread
Rigid plate
10-mm-dia. bolt
Aluminum tube
450 mm
150 mm O.D.
138 mm I.D.
FIGURE P3-73 Tie rods on a cylinder for Problem 3-73.
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