Czech

4

Institute of Technology, Mechanisation and Construction Management (TST)

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Knowledge of building processes technology. Automation and robotics application. Fundamentals of cybernetics and theory of systems.

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Introduction into the subject. Efficiency of mechanization of construction processes. Cost efficiency of building machines. Impact of mechanisation on productivity. Power requirements.
Driving units of building machines. Combustion engines. Spark ignition engines. Diesel engines. Special engines. Main parts of building machines. Undercarriages. Couplings. Gears. Driving of building machines.
Power machines in civil engineering. Pneumatic motors. Hydraulic motors. Pumps, Compressors. Fans. Electric control rooms. Pressure vessels. Air-heating sets.
Performing of earth-moving works and structures made of soils and rocks. Separation of rocks. Technology properties of rocks. Working procedure at mining by excavators.
Work with dozers. Work with scrapers. Work with rippers. Work with graders. Manners of transportation of excavated materials at earth-moving works. Depositing of soil.
Transportation of bulk materials. Compacting. Rock work. Principle of drilling. Drilling works. Types of drilling jobs. Hammer drills. Drilling rigs.
Treatment of aggregate and building materials. Crushing. Milling. Sorting. Washing. Granulation.
Production of concrete mixes. Deposition of fractions in gravel and concrete handling. Dosing and feeding of fractions. Concrete conveyors and containers. Transportation and storage of concrete mixes. Pumping of concrete mixes. Compacting of concrete mixes. Vibrating technology. Production of concrete reinforcements. Joining. Welding.
Construction and repairs of roads. Subsurface stabilization. Mixing machines. Drilling machines. Packing machines. Body quality diagnostics. Loading capacity. Planarity. Roughness.
Manners of foundation engineering. Drilling rigs. Pile drivers. Extractors. Sets for large-dimensional piles. Underground technologies. Extruding. Driftage and tunnel heading. Assembly processes. Height transportation. Tower and crane transportation. Band conveyance. High-lift transportation. Transportation of piece and bulk material.
Mechanization of demolition works. Maintenance of buildings and roofs. Material recycling.
Complete care of building machines. Automation. Robotics application. Optoelectronics in building machines control. Environmental impact of mechanisation.

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·Making the students acquainted with mechanisation and automation of individual construction processes. Special attention is given to machines for earth moving works, machines for utility service works, equipment for building mixtures production, lifting equipment, handling and transportation equipment. Stress is laid on the area of demolition and recycling work automation. The students are acquainted with optoelectronic methods of building machines control, with complete care for building machinery.

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

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Břoušek, J.: Inženýrské stavby - technologie I. Alfa Bratislava 1995
Chvála: Průmyslové roboty a manipulátory. ČVUT Praha 1987
Juríček, I.: Technológia pozemných stavieb 1. Alfa Bratislava 1992
Lízal a kol.: Technologie staveb. Hrubá spodní stavba. VUT Brno 2003
Maršál P.: Stavební stroje. VUT Brno 2004
Motyčka a kol.: Technologie staveb. Hrubá vrchní stavba. VUT Brno 2004

Not applicable.

26 hours, compulsory