Mechanics of composite materials

Lectures are held on Wednesday from 1045 till 1230 at 266 Dejvice.
Lessons are every other Wednesday held by Z.Padovec at 133 from 1600.

Recommended reading:
  1. Vladislav Laš: Mechanika kompozitních materiálů
  2. Ehrenstein, Gottfried W.: Polymerní kompozitní materiály, Scientia, Praha 2009 (překlad: Karel Doleček, Jaroslav Padovec, Josef Kabelka)
  3. Mechanics of composite materials with MATLAB by G.Z. Voyiadjis, P.I. Kattan
  4. PPP repozitář
  5. Katedra mechaniky, FAV, ZČU v Plzni
  6. Tomáš Mareš: Lecture notes

Syllabus:
  1. Composite materials (Dr.Cabrnoch) ppt, wikipedia
  2. Mechanics, Hooke's law, Monoclinic material
  3. Orthotropic material
  4. Plane stress of an orthotropic material
  5. 2D vector Cartesian transformation
  6. Transformation of Voigt stress vector
  7. Transformation of Voigt strain vector
  8. Stiffness matrix transformation
  9. Compliance matrix transformation
  10. Composite micromechanics — Effective material properties
  11. Strength theories for filamentary composite material (Dr.Padovec)
  12. Composite laminate
  13. Classical lamination theory
  14. FEA of composites (Dr.Kulíšek): pdf1 pdf2
  15. Laminated composite plate buckling
  16. Composite beams — Euler-Bernoulli theory
  17. Composite beams — Timoshenko theory
  18. Sandwich beam theory
  19. Experiments on composites (Dr.Doubrava)
  20. Past Experiences and Future Trends for Composites (Dr.Uher)