An element is composed of a circular steel tube, which is enclosed by a steel cylinder as shown in the figure. The element is subjected to a compressive force P=20 KN. The aluminum cylinder has an outside diameter of 10 mm and a modulus of elasticity Ea=75 GPa. The steel tube has an outer diameter of 3 mm and a modulus of elasticity Eac = 190GPa. The element has a length L = 200 mm. Determine: compressive stresses in aluminum cylinder and steel tube. the compressive forces in the aluminum cylinder and the steel tube. The contraction of the element product of the force P.
An element is composed of a circular steel tube, which is enclosed by a steel cylinder as shown in the figure. The element is subjected to a compressive force P=20 KN. The aluminum cylinder has an outside diameter of 10 mm and a modulus of elasticity Ea=75 GPa. The steel tube has an outer diameter of 3 mm and a modulus of elasticity Eac = 190GPa. The element has a length L = 200 mm. Determine: compressive stresses in aluminum cylinder and steel tube. the compressive forces in the aluminum cylinder and the steel tube. The contraction of the element product of the force P.
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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An element is composed of a circular steel tube, which is enclosed by a steel cylinder as shown in the figure. The element is subjected to a compressive force P=20 KN. The aluminum cylinder has an outside diameter of 10 mm and a modulus of elasticity Ea=75 GPa. The steel tube has an outer diameter of 3 mm and a modulus of elasticity Eac = 190GPa. The element has a length L = 200 mm.
Determine:
compressive stresses in aluminum cylinder and steel tube.
the compressive forces in the aluminum cylinder and the steel tube.
The contraction of the element product of the force P.
Transcribed Image Text:Dc=3 mm
L= 200 mm
D=10 mm
al
/// //
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