1. Introduction to fatigue of metals.
2. Mechanical properties of metals under monotone and cyclic load.
3. Fragile and fatigue fractures.
4. Fatigue curves and their parameters.
5. Correction of fatigue limit parts.
6. Notching impact on fatigue limit.
7. Middle stress impact on fatigue limit.
8. Fatigue computations - unlimited life time.
9. Fatigue computations - limited technical life.
10. Statistics and probability in fatigue - theoretical basics.
11. Fatigue tests and their statistical data evaluation.
12. Fatigue computations of a typical machinery parts.
13. Load spectra and decomposition.
14. Dynamically loaded parts - resume of computation methods.
2. Mechanical properties of metals under monotone and cyclic load.
3. Fragile and fatigue fractures.
4. Fatigue curves and their parameters.
5. Correction of fatigue limit parts.
6. Notching impact on fatigue limit.
7. Middle stress impact on fatigue limit.
8. Fatigue computations - unlimited life time.
9. Fatigue computations - limited technical life.
10. Statistics and probability in fatigue - theoretical basics.
11. Fatigue tests and their statistical data evaluation.
12. Fatigue computations of a typical machinery parts.
13. Load spectra and decomposition.
14. Dynamically loaded parts - resume of computation methods.