An aluminum cylinder 10 cm long, with a cross-sectional area of20 cm2, is used as a spacer between two steel walls. At 17.2°C it justslips between the walls. Calculate the stress in the cylinder and thetotal force it exerts on each wall when it warms to 22.3°C, assumingthat the walls are perfectly rigid and a constant distance apart.
An aluminum cylinder 10 cm long, with a cross-sectional area of20 cm2, is used as a spacer between two steel walls. At 17.2°C it justslips between the walls. Calculate the stress in the cylinder and thetotal force it exerts on each wall when it warms to 22.3°C, assumingthat the walls are perfectly rigid and a constant distance apart.
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An aluminum cylinder 10 cm long, with a cross-sectional area of
20 cm2, is used as a spacer between two steel walls. At 17.2°C it just
slips between the walls. Calculate the stress in the cylinder and the
total force it exerts on each wall when it warms to 22.3°C, assuming
that the walls are perfectly rigid and a constant distance apart.
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