bimetallic strip iron copper 300 C - Wolfram|Alpha
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Assuming "iron" refers to Young's modulus of material 1 | Use Young's modulus of material 2 instead
Assuming "copper" refers to Young's modulus of material 2 | Use Young's modulus of material 1 instead
height of strip 1:  
height of strip 2:  
thermal expansion coefficient of material 1:  
thermal expansion coefficient of material 2:  

Input information:

link to /input/?i=300+Celsius+degrees+difference&lk=1link to /input/?i=300+Celsius+degrees+difference&lk=1link to /input/?i=iron&lk=1&a=ClashPrefs_*Element.Iron-link to /input/?i=211+gigapascals&lk=1link to /input/?i=211+gigapascals&lk=1link to /input/?i=copper&lk=1&a=ClashPrefs_*Element.Copper-link to /input/?i=130+gigapascals&lk=1link to /input/?i=130+gigapascals&lk=1link to /input/?i=0.1+meters&lk=1link to /input/?i=0.1+meters&lk=1link to /input/?i=0.1+meters&lk=1link to /input/?i=0.1+meters&lk=1link to /input/?i=iron&lk=1&a=ClashPrefs_*Element.Iron-link to /input/?i=1.18%C3%9710%5E-5+reciprocal+kelvins+difference&lk=1link to /input/?i=1.18%C3%9710%5E-5+reciprocal+kelvins+difference&lk=1link to /input/?i=copper&lk=1&a=ClashPrefs_*Element.Copper-link to /input/?i=1.65%C3%9710%5E-5+reciprocal+kelvins+difference&lk=1link to /input/?i=1.65%C3%9710%5E-5+reciprocal+kelvins+difference&lk=1
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Result:

link to /input/?i=-0.01042+reciprocal+meters&lk=1link to /input/?i=-0.01042+reciprocal+meters&lk=1link to /input/?i=-0.01042+reciprocal+meters&lk=1
EnlargeEnable InteractivityDownload as CDF

Equation:

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