The deformation of a given soft-tissue test is given by 1.1X 1.2Y = = (a) Find...

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The deformation of a given soft-tissue test is given by 1.1X 1.2Y = = (a) Find the displacement gradient, deformation gradient, and right stretch tensors. (b) How would the Lagrangian and Cauchy strain tensors be calculated? Would they both be reliable measures of length change? (c) Imagine a 30 degree rotation is also applied to the tissue sample after this stretch. What is the rotation tensor applied to this sample? (d) What are the deformation gradient tensor and displacement tensor now? (e) Explain how this rotation would affect the Lagrangian and Cauchy strain tensors and whether it would change how accurately each tensor measures length change. The deformation of a given soft-tissue test is given by 1.1X 1.2Y = = (a) Find the displacement gradient, deformation gradient, and right stretch tensors. (b) How would the Lagrangian and Cauchy strain tensors be calculated? Would they both be reliable measures of length change? (c) Imagine a 30 degree rotation is also applied to the tissue sample after this stretch. What is the rotation tensor applied to this sample? (d) What are the deformation gradient tensor and displacement tensor now? (e) Explain how this rotation would affect the Lagrangian and Cauchy strain tensors and whether it would change how accurately each tensor measures length change.

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Softtissue test deformation analysis a Displacement gradient deformation gradient and right stretch tensors Displacement gradient F F 12 0 where is th... View the full answer