1. Steel towers – categorization, load. 2. Steel towers – load. 3. Steel towers - static and dynamic analysis. 4. Fatigue strength. 5. Anchoring of towers, erection and maintenance of towers. 6. Thin-walled cold-formed structural members – basis of design, material properties, cross-section chracteristics. 7. Local and distorsional buckling of thin-walled cold-formed structural members – theoretical principles of the behaviour, basis of design and assessment in engineering practice. 8. Ultimate and serviseability limit states of thin-walled cold-formed structural members – basis of design and assessemnt. 9. Connections of thin-walled cold-formed structural members – mechanical and welded connections. 10. Strustures made of thin-walled cold-formed structural members – examples of realized structures, practical aspects of design and realization.

1. Steel towers – load. 2.–3. Static and dynamic analysis. 4. Fatigue strength. 5. Anchoring of towers. 6. Thin-walled cold-formed structural members – determination of material properties and cross-section characteristics. 7. Local and distorsional buckling of thin-walled cold-formed structural members – cross-section in compression, cross-section in bending. 8. Distirsional buckling of thin-walled cold-formed structural members – cross-section in compression. 9. Ultimate limit states of thin-walled cold-formed structural members – resistances of cross-sections in compression, bending, shear and combination of these effects. 10. Connections of thin-walled cold-formed structural members – capacity of mechanical connections.