ts 6. Why is it difficult to measure the in-plane shear 8. Explain how a 6x6, fully-populated...

ts 6. Why is it difficult to measure the in-plane shear 8. Explain how a 6×6, fully-populated stiffness/compliance matrix with 21 independent stffhess properties 9. Sketch a fictional experimental data set on an X-Y axis along with what an accurate model that capturest 10. In the derivation of E, using a mechanics of materials approach, why is it a good assumption that the fi modulus andshear strength of a composte lamina? List & explain the 2 elastic couplings that anisotropic materials exhibit that isotropic materials do not reduced to a 3×3 system with 4 independent stiffness properties for analysis of thin, fiber-reinfor composite materials. behavior would look like. strain and the matrix strain remain equal? ts 6. Why is it difficult to measure the in-plane shear 8. Explain how a 6×6, fully-populated stiffness/compliance matrix with 21 independent stffhess properties 9. Sketch a fictional experimental data set on an X-Y axis along with what an accurate model that capturest 10. In the derivation of E, using a mechanics of materials approach, why is it a good assumption that the fi modulus andshear strength of a composte lamina? List & explain the 2 elastic couplings that anisotropic materials exhibit that isotropic materials do not reduced to a 3×3 system with 4 independent stiffness properties for analysis of thin, fiber-reinfor composite materials. behavior would look like. strain and the matrix strain remain equal?