A cylinder has an internal diameter of 50 mm and an external diameter of 100 mm. The ends are closed and it carries an internal pressure of 50 MN/m². Neglecting end effects, calculate the hoop stress and radial stress at radii of 25 mm, 34 mm, 42 mm and 50 mm. Plot the values on a diagram to show the variation of these stresses through the cylinder wall. What is the value of the longitudinal stress in the cylinder?

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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A cylinder has an internal diameter of 50 mm and an external diameter of 100 mm. The ends
are closed and it carries an internal pressure of 50 MN/m². Neglecting end effects, calculate the
hoop stress and radial stress at radii of 25 mm, 34 mm, 42 mm and 50 mm. Plot the values on a
diagram to show the variation of these stresses through the cylinder wall. What is the value of
the longitudinal stress in the cylinder?
Transcribed Image Text:A cylinder has an internal diameter of 50 mm and an external diameter of 100 mm. The ends are closed and it carries an internal pressure of 50 MN/m². Neglecting end effects, calculate the hoop stress and radial stress at radii of 25 mm, 34 mm, 42 mm and 50 mm. Plot the values on a diagram to show the variation of these stresses through the cylinder wall. What is the value of the longitudinal stress in the cylinder?
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