the cross-sectional area of the bar 1 of the two bars supported on the left and right sides is 1.2 cm^2, the coefficient of thermal expansion is 20.9 10^(-6)/K; The cross-sectional area of bar 2 is 3 cm^2 and its coefficient of thermal expansion is 25.4 10^(-6)/K. Since the modulus of elasticity of the material is 207 GPa, these two bars are heated to 99 °C. a) What will be the change in length (mm) of bar 1? b) What is the stress in bar 1 in MPa? c) What is the stress in bar 2 in MPa?
the cross-sectional area of the bar 1 of the two bars supported on the left and right sides is 1.2 cm^2, the coefficient of thermal expansion is 20.9 10^(-6)/K; The cross-sectional area of bar 2 is 3 cm^2 and its coefficient of thermal expansion is 25.4 10^(-6)/K. Since the modulus of elasticity of the material is 207 GPa, these two bars are heated to 99 °C. a) What will be the change in length (mm) of bar 1? b) What is the stress in bar 1 in MPa? c) What is the stress in bar 2 in MPa?
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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the cross-sectional area of the bar 1 of the two bars supported on the left and right sides is 1.2 cm^2, the coefficient of thermal expansion is 20.9 10^(-6)/K; The cross-sectional area of bar 2 is 3 cm^2 and its coefficient of thermal expansion is 25.4 10^(-6)/K. Since the modulus of elasticity of the material is 207 GPa, these two bars are heated to 99 °C.
a) What will be the change in length (mm) of bar 1?
b) What is the stress in bar 1 in MPa?
c) What is the stress in bar 2 in MPa?
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