Asked by help me please
A steel rod of length 1.0000 m and cross-sectional area 3.63·10-4m2 is placed snugly against two immobile end points. The rod is initially placed when the temperature is 0°C. Find the stress in the rod when the temperature rises to 38.9°C.
Answers
Answered by
drwls
Thermal expansion equals stress compression. Solve for the stress, sigma.
L*(alpha)*(delta T) = (sigma/E)*L
sigma = E*(alpha)*(deltaT)
E is Young's modulus for steel
delta T = 38.9 C
alpha is the linear coefficient of thermal expansionm of styel
L cancels out and is not needed.
L*(alpha)*(delta T) = (sigma/E)*L
sigma = E*(alpha)*(deltaT)
E is Young's modulus for steel
delta T = 38.9 C
alpha is the linear coefficient of thermal expansionm of styel
L cancels out and is not needed.
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