29. Calculate the compressive stress in the steel core in MPa due to the force P. A. 25.1 B. 28.3 C. 22.4 D. 21.8
29. Calculate the compressive stress in the steel core in MPa due to the force P. A. 25.1 B. 28.3 C. 22.4 D. 21.8
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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29. Calculate the compressive stress in the steel core in MPa due to the force P.
A. 25.1
B. 28.3
C. 22.4
D. 21.8
![A tri-metallic bar is uniformly compressed by an axial force P = 40 kN applied through a
rigid end plate (see figure). The bar consists of a circular steel core surrounded by a
brass and copper tubes. The steel core has a diameter of 30 mm, the brass tube has outer
diameter of 45 mm, and the copper tube has outer diameter of 60 mm. the corresponding
moduli of elasticity are E, = 210 GPa, E, = 100 GPa, and E= 120 GPa.
Copper tube
Brass tube
P= 40 kN
Steel core
30
mm
45
mm
60
mm](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe9237d52-b1f5-43aa-99de-7cbe52de2640%2Ff9eaca49-cdaf-4fba-8728-293e32ef0225%2Fkx0fl47_processed.png&w=3840&q=75)
Transcribed Image Text:A tri-metallic bar is uniformly compressed by an axial force P = 40 kN applied through a
rigid end plate (see figure). The bar consists of a circular steel core surrounded by a
brass and copper tubes. The steel core has a diameter of 30 mm, the brass tube has outer
diameter of 45 mm, and the copper tube has outer diameter of 60 mm. the corresponding
moduli of elasticity are E, = 210 GPa, E, = 100 GPa, and E= 120 GPa.
Copper tube
Brass tube
P= 40 kN
Steel core
30
mm
45
mm
60
mm
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