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4. (25 pts) The Navier equations of equilibrium for an isotropic material are given as (λ + μ) Uk, ki + μWijj + bį = 0 W
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4. (25 pts) The Navier equations of equilibrium for an isotropic material are given as (λ + μ) Uk, ki + μWijj + bį = 0 W
4. (25 pts) The Navier equations of equilibrium for an isotropic material are given as (λ + μ) Uk, ki + μWijj + bį = 0 What do these equations look like for a cubic material, where [aaaa+b@bb@b+c>c>c>c] C = 11 1+2μsym+ (a-λ-2μ) with a, b, and e given unit vectors along the edges of the crystal axes?
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