Problem # 1: The two rods as shown in the figure are attached to each other and the aluminum rod is fixed at the wall. The rods are initially unstressed and then a 20, 000 lb horizontal force is applied to the end of the brass rod as shown. Additionally, the rods experience a temperature increase of 80 °F. Use Linear coefficient of Expansion: 13 x 10-6/°F Brass = 11 x 10-6/°F Aluminum Young's Modulus: EAluminum = 10 x 106 lb/in²; EBrass = 15 x 106 lb/in² Determine; a) the final stress that develops in the aluminum rod, b) the total displacement of point C. Aluminum 10 ft B Aal= 2in² Brass 6 ft A₁= 1in² Abr F = 20,000 lb

Structural Analysis
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Author:KASSIMALI, Aslam.
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Chapter2: Loads On Structures
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Problem # 1:
The two rods as shown in the figure are attached to each other
and the aluminum rod is fixed at the wall. The rods are initially
unstressed and then a 20, 000 lb horizontal force is applied to
the end of the brass rod as shown. Additionally, the rods
experience a temperature increase of 80 °F. Use
Linear coefficient of Expansion:
Aluminum
13 x 10-6/°F
Brass = 11 x 10-6/°F
Young's Modulus:
EAluminum = 10 x 106 lb/in2; EBrass = 15 x 106 lb/in²
Determine;
a) the final stress that develops in the aluminum rod,
b) the total displacement of point C.
Aluminum
10 ft
B
Aal- 2in²
Brass
6 ft
C
2
1in²
Abr
F = 20,000 lb
Transcribed Image Text:Problem # 1: The two rods as shown in the figure are attached to each other and the aluminum rod is fixed at the wall. The rods are initially unstressed and then a 20, 000 lb horizontal force is applied to the end of the brass rod as shown. Additionally, the rods experience a temperature increase of 80 °F. Use Linear coefficient of Expansion: Aluminum 13 x 10-6/°F Brass = 11 x 10-6/°F Young's Modulus: EAluminum = 10 x 106 lb/in2; EBrass = 15 x 106 lb/in² Determine; a) the final stress that develops in the aluminum rod, b) the total displacement of point C. Aluminum 10 ft B Aal- 2in² Brass 6 ft C 2 1in² Abr F = 20,000 lb
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