100cm T gem cm 10 Section cm 0.0K Rigid Plate a₁ 16.10-61/Cº a2=12.10-61/Cº Ei=100 GPa E2=200 GPa Gallow, 1=100 MPa Callow,2=150 MPa In the figure, a circular cross-section rod with a diameter of 4 cm, made of material with number 1, is placed inside the pipe produced from material with number 2. The entire system is mounted on a rigid plate from below and on a fixed wall from above. The temperature when the system is installed is 10°C. How much should the temperature be changed to close the 0.0K cm gap?
100cm T gem cm 10 Section cm 0.0K Rigid Plate a₁ 16.10-61/Cº a2=12.10-61/Cº Ei=100 GPa E2=200 GPa Gallow, 1=100 MPa Callow,2=150 MPa In the figure, a circular cross-section rod with a diameter of 4 cm, made of material with number 1, is placed inside the pipe produced from material with number 2. The entire system is mounted on a rigid plate from below and on a fixed wall from above. The temperature when the system is installed is 10°C. How much should the temperature be changed to close the 0.0K cm gap?
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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k=17 so 0.017cm is variable.
Strength of material question.
Transcribed Image Text:100cm
T
gem
cm
10
Section
cm
0.0K
Rigid
Plate
a₁ 16.10-61/Cº
a2=12.10-61/Cº
Ei=100 GPa
E2=200 GPa
Gallow, 1=100 MPa
Callow,2=150 MPa
In the figure, a circular cross-section rod with a diameter of 4 cm, made of material with
number 1, is placed inside the pipe produced from material with number 2. The entire
system is mounted on a rigid plate from below and on a fixed wall from above. The
temperature when the system is installed is 10°C. How much should the temperature be
changed to close the 0.0K cm gap?
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