
As is known, the eigenvectors of the three-dimensional fourth-rank anisotropic elasticity tensor, considered as a second rank tensor in a six-dimensional space, are called eigentensors when projected in three dimensions. The authors discuss two approaches for the determination of the eigentensors and illustrate them on monoclinic symmetries.
fourth-rank elasticity tensor, eigentensors, monoclinic symmetries, Classical linear elasticity, Anisotropy in solid mechanics, eigenvectors, second rank tensor
fourth-rank elasticity tensor, eigentensors, monoclinic symmetries, Classical linear elasticity, Anisotropy in solid mechanics, eigenvectors, second rank tensor
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