1. Logistics of bulk solids, definition of ideal bulk solids, definition of bulk solids, defining differences between basic states of matter, criteria for the choice of transport or process systems for bulk solids
2. Geometric properties of bulk solids, granulometry, morphology, methodology and assessment theory (Gauss, RRSB, logarithmic distribution and other statistics)
3. Mechanical-physical properties of bulk solids, characteristic variables, influence on flow and pressure curves, the principle of a linear shear device, equations, the principle of rotary shear device and other constructions
4. Methods of internal friction angle measurements, energetic conception, determination of the influence of partial physical quantities on mechanical-physical properties of bulk solids
5. The extent of influence of individual physical quantities on mechanical-physical properties of bulk solids, e.g. moisture, shape, mechanical bonds, electrical bonds, Roscou diagram, construction, principle, application
6. General model of pressure distribution in bulk solids, traditional and modern models. Pressure distribution solution method by Jansen, Rankin and Pascal
7. Ideal bulk material, deepening of connections, piston flow mechanism (first one), definition, description, boundary conditions, casing flow mechanism (second one), definition, description, boundary conditions
8. Pressure peak, model of origin, technical consequences. Pulse characteristics during the flow of bulk solids, the wall frequencies.
9. Flow disturbances of bulk solids, static and dynamic arch. Mass and core flow, Jenike's theory of mass flow, application of ideal bulk material
10. Application of bulk solids properties in the design of transport, process and storage facilities, bulk material pressing (Balšin equation)
11. Application of bulk solids properties in the design of transport, process and storage facilities, bulk material pressing (Balšin equation)
pneumatic transport
12. Procedure for design of crushers and mills, theory of crushing, degradation and compression, granulation
13. Criteria for selecting a suitable conveyor and conveyor system for bulk solids, monitored transport requirements, procedure
14. Innovation in the field of bulk solids, development trends, the situation in the Czech Republic compared to the EU
2. Geometric properties of bulk solids, granulometry, morphology, methodology and assessment theory (Gauss, RRSB, logarithmic distribution and other statistics)
3. Mechanical-physical properties of bulk solids, characteristic variables, influence on flow and pressure curves, the principle of a linear shear device, equations, the principle of rotary shear device and other constructions
4. Methods of internal friction angle measurements, energetic conception, determination of the influence of partial physical quantities on mechanical-physical properties of bulk solids
5. The extent of influence of individual physical quantities on mechanical-physical properties of bulk solids, e.g. moisture, shape, mechanical bonds, electrical bonds, Roscou diagram, construction, principle, application
6. General model of pressure distribution in bulk solids, traditional and modern models. Pressure distribution solution method by Jansen, Rankin and Pascal
7. Ideal bulk material, deepening of connections, piston flow mechanism (first one), definition, description, boundary conditions, casing flow mechanism (second one), definition, description, boundary conditions
8. Pressure peak, model of origin, technical consequences. Pulse characteristics during the flow of bulk solids, the wall frequencies.
9. Flow disturbances of bulk solids, static and dynamic arch. Mass and core flow, Jenike's theory of mass flow, application of ideal bulk material
10. Application of bulk solids properties in the design of transport, process and storage facilities, bulk material pressing (Balšin equation)
11. Application of bulk solids properties in the design of transport, process and storage facilities, bulk material pressing (Balšin equation)
pneumatic transport
12. Procedure for design of crushers and mills, theory of crushing, degradation and compression, granulation
13. Criteria for selecting a suitable conveyor and conveyor system for bulk solids, monitored transport requirements, procedure
14. Innovation in the field of bulk solids, development trends, the situation in the Czech Republic compared to the EU