Cars 2

1 Automobile frames, ladder frame construction, side members, cross members, nodes of the backbone and truss frame construction, stress and calculation of the ladder frame longitudinal member.
2 Axles, types, rigid steering axles, axle boxes, wheel studs and steering knuckles, design and strength calculation.
3 Rigid drive axles, drive wheel mountings, strength calculation of the drive axle bridge, axle drive shafts, arrangement and design, longitudinal and transverse arrangement of rigid axles
4 Swing axles and half-axles, pendulum axles, independent wheel suspension, trapezoidal axles, McPherson, multi-link suspensions
5 Road vehicle wheels, hub, discs and sprockets, rim, tires, protective inserts, valves, attachment of tires to the hub, spare tire issues
6 Suspension system, requirements, types of suspension systems, types of springs, classic and parabolic leaf springs, coil, torsion, air and polyurethane springs, their characteristics,
7 Influence of spring characteristics, strength calculations of springs.
8 Suspension shock absorbers, function, types, operation, characteristics, stabilizers and stops.
9 Steering system of road vehicles, purpose, types, operation, steering components, steering gear, steering mechanisms with power steering
10 Design and strength calculation of steering components
11 Brake systems, purpose, types, direct-acting systems, with power steering, mechanical, with mechanical, liquid and air transmission,
12 Circuit connections, drum and disc brakes, brake components, function and operation, Mechanical air-liquid brakes and air systems, their devices and operation, service, emergency, parking and relief brakes.
13 Car bodies, types, safety and operational requirements, parameters of the driver's workplace, view from the vehicle