Derive the rubber elasticity equations of stress versus

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3. For an ideal rubber,

(1) derive the rubber elasticity equations of stress versus extension ratio for a biaxial stress, i.e., find σx(λx,λy) and σy(λx,λy).

(2) If elastic modulus E (in uniaxial deformation) is 10.0 MPa, what are the stresses, σx and σy, required to deform the rubber to λx=2, λy=1/2?

Reference no: EM13888445

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