Czech

Not applicable.

Institute of Technology, Mechanisation and Construction Management (TST)

The students will master the objective of the course, i.e. mechanization and automation in building industry, machines and equipment for earthworks, for transportation and assembly, concreting and masonry works and engineering works.

Basic knowledge of mechanical engineering, soil mechanics, technology of construction processes, occupational safety in civil engineering.

technology of construction ,foundation Engineering,concrete structure

The course is taught through lectures, practical classes and self-study assignments. Attendance at lectures is optional, but attendance at classes is compulsory.

For successful completion of the course, besides leaving surrender 3 protocols to meet the conditions of a written test, prepare a proposal equipment sets for a given technological stage and present work. Oral performance.

1. Introduction into the subject. Capacity of the building processes mechanization. Mechanization influence on productivity. Power demand.
2. Power-driven machines in civil engineering. Pneumatic motors. Hydraulic motors. Pumps. Compressors. Pressure vessels. Fans. Electric central stations. Air heating sets.
3. Execution of earth works and structures of earth and rocks. Division of rocks. Technology properties of rocks. Working procedure at mining by scrapers.
4. Work with dozers, scrapers, s rippers, and graders. Capacity of machines. Manners of transportation of mucks during earth works. Deposition of earth. Transportation of bulk materials. Compacting.
5. Rock works. Substance of drilling. Types of drilling works. Drilling hammers. Drilling assemblies.
6. Treatment of stone materials and building materials. Crushing. Milling. Sorting. Washing. Granulating.
7. Production of concrete mixtures. Deposition of fractions in gravel and concrete system. Transporters and magazines of concrete. Transportation and dosing of fractions.
8. Transportation and deposition of concrete mixtures. Pumping of concrete mixture. Vibration technology. Production of concrete reinforcements. Joining. Welding.
9. Construction and repairs of roads. Stabilization of subbase. Mixing machines. Milling machines. Packing machines. Diagnostics of the quality of bodies. Loading capacity. Planarity. Roughness.
10. Method of construction foundation. Drilling assemblies. Pile hammers. Extractors. Assemblies for big-diameter pilots. Underground technology. Extrusion. Tunnellings.
11. Assembly processes. Height transportation and crane transportation. Band transporters. High-lift transportation. Transportation of lump and bulk material.
12. Mechanization of demolition works. Sanitation of buildings and roofs. Recycling of materials.
13. Complete care for building machines. Automation and robotics. Laser technology in the construction machine control. Environmental impact of mechanization.

Not applicable.

·Providing the students with complete overview of function, principle and application of machinery and equipment in production of building materials. Individual machines from rocks mining, transportation, treatment, homogenisation up to transportation of raw materials into the plant itself are described. The subject deals with all machines for raw material processing in the production of mortars, raw ceramics, light building materials, concrete goods. The stress is laid on automation and robotics application in production of building materials.

Extent and forms are specified by guarantor’s regulation updated for every academic year.

Not applicable.

Not applicable.

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