1.Principles of building components manufacture. 2.Division of production procedure systems into subsystems. 3.Subsystems of concrete building components production. 4.Concrete production. 5.Transport of concrete mixtures. 6.Manufacture of reinforcements. 7.Moulds for the manufacture of building components. 8.Reinforcement of concrete building components. 9.Shaping of components. 10.Compacting of concrete components. 11.Manufacture of selected building components. 12.Finishing treatments in shaping. 13.Acceleration of concrete components hardening.Demoulding of hardened components including prestressed components and the storing and treatment of components.

1.General parameters of vibration, impact vibration to the concrete. Basic concepts - amplitude, frequency, centrifugal force. 2.The influence of centrifugal force on the properties of concrete. 3.Acceleration of hardening concrete. Description of different types of accelerating hardening - acceleration using elevated temperatures, additives accelerating hardening of cement and cement with a higher strength class. Description of technology for accelerating hardening of concrete. 4.Influence of water on properties of concrete with constant centrifugal force and frequency of vibration. Design of concrete composition with three different water-cement ratio, determining the consistency of fresh concrete by VeBe, measuring the vibration. Production of specimens for determination of bulk density and compressive strength of concrete. Theoretical calculations of vibration parameters on the basis of the data obtained. 5.Effect of centrifugal force on the properties of concrete with vertical vibration. Production of concrete, determining the consistency of concrete by VeBe. Recording the vibrations at different centrifugal force 1,25, 2,5 and 5,0 kN. Determination of bulk density and compressive strength of the produced specimens. Theoretical calculations of vibration parameters compared with the obtained values. 6.Effect of centrifugal force on the properties of concrete in horizontal vibration. Production of concrete, determining the consistency of concrete by VeBe. Recording the vibrations at different centrifugal force of 1,25, 2,5 and 5,0 kN. Determination of bulk density and compressive strength of the produced specimens. Theoretical calculations of vibration parameters compared with the obtained values. 7.Effect of pressing pressure on the properties of fresh and hardened concrete. Manufacture of concrete to the desired consistency, with 60 VeBe, compacting concrete using a vibrating table and pressing weights of different weight. Determine the effect of different weights on the density and compressive strength of hardened concrete. 8.Effect of accelerating the hardening of its properties. Production of concrete and the subsequent assessment of concrete on which was faster early strength concrete due to the use of cement CEM I 42,5 R, chemical additives accelerating the hardening and hardening of cement and the influence of elevated temperatures. Comparison of concrete properties after 1, 7 and 28 days of ripening. 9.Testing of concrete products of vibropressed concrete. Description and an assessment of the physical and mechanical parameters of concrete products produced by vibrating. Testing of concrete paving blocks, slabs and curbs. 10.Effect of pigment properties on concrete. Production of concrete with added color pigment to concrete and compared the properties of fresh and hardened concrete with concrete reference, made without the addition of pigment. Assessment of the impact of particular pigment on the workability of fresh concrete and basic physical and mechanical properties of hardened concrete. 11.Excursions - factories of prefabricated structural components. 12.Excursions - factories of prefabricated structural components. 13.Credit test, inspection reports.