1. plastic materials-structure, manufacturing, applications, mechanical properties, effect of temperature
2. finite deformations, deformation, strain and stress tensors
3. hyperelastic materials-structure, manufacturing, properties, applications
4. experimental testing of the hyperelastic materials
5. consitutive models-Neo Hookean, Mooney-Rivlin, Aruda-Boyce
6. viscoelastic behavior-Voight, Kelvin model,
7. composites-structures-long fiber and short fiber composites, manufacturing, applications
8. composites-limit states-strength of fibers, matrix and composite, rule of mixture
9. composites-limit state of delamination
10. composites-elastic constanty of transversally isotropic material-ELT, muLT, ETT´
11. composites-elastic constanty of transversally isotropic material-muTT´, GLT,
12. composites-homogenization (lonf fibers, short fibers, particle composites)
13. composites-experimental estimation of elastic constants, sandwich structures-structure, application, manufacturing, simulations, limit states
2. finite deformations, deformation, strain and stress tensors
3. hyperelastic materials-structure, manufacturing, properties, applications
4. experimental testing of the hyperelastic materials
5. consitutive models-Neo Hookean, Mooney-Rivlin, Aruda-Boyce
6. viscoelastic behavior-Voight, Kelvin model,
7. composites-structures-long fiber and short fiber composites, manufacturing, applications
8. composites-limit states-strength of fibers, matrix and composite, rule of mixture
9. composites-limit state of delamination
10. composites-elastic constanty of transversally isotropic material-ELT, muLT, ETT´
11. composites-elastic constanty of transversally isotropic material-muTT´, GLT,
12. composites-homogenization (lonf fibers, short fibers, particle composites)
13. composites-experimental estimation of elastic constants, sandwich structures-structure, application, manufacturing, simulations, limit states