1.Introduction to the issue, basic concepts, dimensions of vehicles.
2. Assumptions of vehicle movement, general description.
3. Equations of motion of rail vehicles, resistances against motion.
4. Traction characteristics, origin, basic shapes.
5. Excess specific tensile force, calculation of the course of movement.
6. Equations of motion of road vehicles, resistances against motion ..
7. Basic characteristics of NE, balance of forces.
8. Vehicle braking mechanics, brake diagrams.
9. Travel of rail and road vehicles.
10. Vehicle engines, propulsion system.
11. Bodies, frames, vehicle bodies.
13. Coupling of vehicles into sets.
2. Assumptions of vehicle movement, general description.
3. Equations of motion of rail vehicles, resistances against motion.
4. Traction characteristics, origin, basic shapes.
5. Excess specific tensile force, calculation of the course of movement.
6. Equations of motion of road vehicles, resistances against motion ..
7. Basic characteristics of NE, balance of forces.
8. Vehicle braking mechanics, brake diagrams.
9. Travel of rail and road vehicles.
10. Vehicle engines, propulsion system.
11. Bodies, frames, vehicle bodies.
13. Coupling of vehicles into sets.