1. The recapitulation of the present knowledge of mechanics. The types of motion, the translation and the rotation.
2. The general plane motion. The general info. The kinematic geometry, the pole construction, the rolling without sliding.
3. The general plane motion. The analytical solution. The translation-rotation decomposition.
4. The general plane motion - dynamics. The theory of common motions. The Coriolis acceleration and Resal angular acceleration.
5. The helical motion, kinematics and dynamics.
6. The spherical motion - kinematics.
7. The spherical motion - dynamics.
8. The mechanisms - classification.
9. The mechanisms with constant drive ratio - recapitulation.
10. The mechanisms with varying drive ratio - kinematics and dynamics.
11. The free and forced vibration of the mass particle, with 1 degree of freedom.
12. The rotational vibration.
13. The vibration of the mechanisms.
14. The vibration with more than 1 degree of freedom.
2. The general plane motion. The general info. The kinematic geometry, the pole construction, the rolling without sliding.
3. The general plane motion. The analytical solution. The translation-rotation decomposition.
4. The general plane motion - dynamics. The theory of common motions. The Coriolis acceleration and Resal angular acceleration.
5. The helical motion, kinematics and dynamics.
6. The spherical motion - kinematics.
7. The spherical motion - dynamics.
8. The mechanisms - classification.
9. The mechanisms with constant drive ratio - recapitulation.
10. The mechanisms with varying drive ratio - kinematics and dynamics.
11. The free and forced vibration of the mass particle, with 1 degree of freedom.
12. The rotational vibration.
13. The vibration of the mechanisms.
14. The vibration with more than 1 degree of freedom.