Week lectures
1. Basic laws of machine design (machine as a dedicated system and
its function)
2. Analysis of force ratios in technical objects
3. Technological aspects of construction (in relation to production technology)
4. Breakdown of manufacturing machines
5. Drives and their dynamics (basic drives and distribution conditions of their
election)
6. Pneumatic and hydraulic actuators (description, characteristics)
7. Electric and internal combustion engines (description, characteristics)
8. Motor protection insurance couplings
9. The design of hydraulic systems
10. Specifics of linear actuators
11. Designing power units (engine system, clutch, gearbox)
12. Designing power units (engine system, clutch, gearbox and
brake)
13. Calculation of technical capacity and performance tools and principles of its
sizing
14. The focus of mobile machinery, static and dynamic stability
Week of Practice and seminars
1. Flow chart of the machine - examples
2. Analysis of the stress range of different tools - examples
3. Controlled drives - examples
4. Calculation of linear pneumatic and hydraulic motors
5. Drive units with pojistnýni couplings for demanding conditions - draft
6. Drive unit with brake - draft
7. Design drive crusher - examples
8. Semestrální práce
9. Calculation of the driving forces of machines with wheel landing gear
10. Calculation of the driving forces of crawlers
11. Multi-engine drives - calculation
12. Capacity and dimensional calculation of the conveyor
13. Design hydraulic control costs - examples
14. Design hydraulic control costs - examples
1. Basic laws of machine design (machine as a dedicated system and
its function)
2. Analysis of force ratios in technical objects
3. Technological aspects of construction (in relation to production technology)
4. Breakdown of manufacturing machines
5. Drives and their dynamics (basic drives and distribution conditions of their
election)
6. Pneumatic and hydraulic actuators (description, characteristics)
7. Electric and internal combustion engines (description, characteristics)
8. Motor protection insurance couplings
9. The design of hydraulic systems
10. Specifics of linear actuators
11. Designing power units (engine system, clutch, gearbox)
12. Designing power units (engine system, clutch, gearbox and
brake)
13. Calculation of technical capacity and performance tools and principles of its
sizing
14. The focus of mobile machinery, static and dynamic stability
Week of Practice and seminars
1. Flow chart of the machine - examples
2. Analysis of the stress range of different tools - examples
3. Controlled drives - examples
4. Calculation of linear pneumatic and hydraulic motors
5. Drive units with pojistnýni couplings for demanding conditions - draft
6. Drive unit with brake - draft
7. Design drive crusher - examples
8. Semestrální práce
9. Calculation of the driving forces of machines with wheel landing gear
10. Calculation of the driving forces of crawlers
11. Multi-engine drives - calculation
12. Capacity and dimensional calculation of the conveyor
13. Design hydraulic control costs - examples
14. Design hydraulic control costs - examples