1)Plastics-structure, manufacturing, applications, mech. properties-effect of temperature
2) Finite deformations. Strain tensors and stress tensors
3) hyperelastic materials-structure, manufacturing, applications, mech. properties
4)Testing of hyperelastic materials
5) Hyperelastic Constitutive models-Neo Hookean, Mooney-Rivlin, Aruda-Boyce
6) Viscoelasticity. Models Voight, Kelvin.
6) Composites-structure, manufacturing, applications
7) Composites-elastic constanty of tranversally isotropic material part 1
8) Composites-elastic constanty of tranversally isotropic material part 2
9) Composites-experimnetal measurements of elastic constants
10) Composites -homogenization
11)Composites-ultimate states-strength of fibers and matrix
12)Composites-delamination
13)Sandwich beams-structure, manufacturing, applications
14)Sandwich beams-ultimate states, credit.
2) Finite deformations. Strain tensors and stress tensors
3) hyperelastic materials-structure, manufacturing, applications, mech. properties
4)Testing of hyperelastic materials
5) Hyperelastic Constitutive models-Neo Hookean, Mooney-Rivlin, Aruda-Boyce
6) Viscoelasticity. Models Voight, Kelvin.
6) Composites-structure, manufacturing, applications
7) Composites-elastic constanty of tranversally isotropic material part 1
8) Composites-elastic constanty of tranversally isotropic material part 2
9) Composites-experimnetal measurements of elastic constants
10) Composites -homogenization
11)Composites-ultimate states-strength of fibers and matrix
12)Composites-delamination
13)Sandwich beams-structure, manufacturing, applications
14)Sandwich beams-ultimate states, credit.