The temperature of the cylindrical rod is heated to 45°C which is fixed in between A and C rigid walls nd which is composed of aluminum and brass materials. The material properties are given in the table and the diameters of the brass and aluminum rods are d₁= 60 mm and d2=40 mm espectively. According to the this situation; A) Calculate the maximum stresses occurs in brass and aluminum parts of the rod. 3) If there was 0.1 mm gap in between C wall and the aluminum material, what will then be the stresses? Brass E=105 GPa a=20.9x10-6 1/°C -37,78 MPa Aliminum E=72 GPa a=23.9x10-6 1/°C ød₂ A Alüminyum B ød₂ pirinç C 1.3m 1.3m

Structural Analysis
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Author:KASSIMALI, Aslam.
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Chapter2: Loads On Structures
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The temperature of the cylindrical rod is heated to 45°C which is fixed in between A and C rigid walls
and which is composed of aluminum
and brass
materials. The material properties are
given in the table and the diameters of the brass and aluminum rods are d₁= 60 mm and d2=40 mm
respectively. According to the this situation;
A) Calculate the maximum stresses occurs in brass and aluminum parts of the rod.
B) If there was 0.1 mm gap in between C wall and the aluminum material, what will then be the stresses?
Brass
E=105 GPa
a=20.9x10-6 1/°C
-37,78 MPa
Aliminum
E=72 GPa
a=23.9x10-6 1/°C
ød₂
A
Alüminyum
B
ød₂
pirinç
C
1.3m
1.3m
Transcribed Image Text:The temperature of the cylindrical rod is heated to 45°C which is fixed in between A and C rigid walls and which is composed of aluminum and brass materials. The material properties are given in the table and the diameters of the brass and aluminum rods are d₁= 60 mm and d2=40 mm respectively. According to the this situation; A) Calculate the maximum stresses occurs in brass and aluminum parts of the rod. B) If there was 0.1 mm gap in between C wall and the aluminum material, what will then be the stresses? Brass E=105 GPa a=20.9x10-6 1/°C -37,78 MPa Aliminum E=72 GPa a=23.9x10-6 1/°C ød₂ A Alüminyum B ød₂ pirinç C 1.3m 1.3m
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