Czech

5

Not applicable.

Institute of Technology of Building Materials and Components (THD)

After completing the course, student will get the knowledge about the main processes of building constructions using prefabricated technology. In particular, will have knowledge regarding the types of prefabricated buildings (flat houses) construction, and will know the classification of these type of buildings. Furthermore, student will also know the basic types of construction of prefabricated reinforced concrete, timber and steel structures (skeleton systems). He will have a basic knowledge of building technology applied in bridge structures using prefabricated technology (cantilever, methods of prestressing reinforcement), and construction of underground structures using prefabrication (secondary segmental lining). The knowledge of types and technology of construction of wood-frame buildings will be the expected results also.

Basic orientation in structural systems of structural engineering and in performance of engineering structures and metal and wood structures. Designing of concrete structures, physical and mechanical properties of steel, reinforced concrete, timber.

The knowledge of procedures in the technology of building units production.

Teaching methods depend on the type of course unit as specified in the article 7 of BUT Rules for Studies and Examinations. Lecture block is ensured using digital slide-presentations further describing the partial teaching issues. During exercise lectures, great emphasis is focused on achievement of independence for the students, which will lead them to get ability for applying their knowledge in practical issues.

To successfully complete the exercising part of course, each student has to develop their own reports describing real-time usage of prefabricated structure according to their own choice and to be able for their oral presentation. Lecture block is finished by the examination consisting from written and oral parts.

1.Connection of special subjects concerning the production technology of building components and the utilization of building materials, including the suitability of their embeding into structures of building objects.
2.Systematic overview of the present prefabricated building elements assortment.
3.Description technologies for performing housing, industrial and road buildings especially by up to date assembling methods.
4.Housing, possibility of buildings realization from prefabricated components and combination of prefabricated objects with classical building methods.
5.Industrial buildings, possibility of monolithic structures erected by boarding systems and their combination with prefabricated components.
6.Description of selected industrial skeleton system, the assembling procedure, practical experience.
7.Transport constructions, building of bridges both prefabricated and monolithic ones.
8.Detailed description of selected prefabricated bridge structure system.
9.Present possibilities of prefabricated components utilization in reconstruction of objects.
10.Basic data concerning the revitalization of prefabricated blocks of flats.
11.Deviations and tolerances in the building industry, further trends in the development of building erection technologies.
12.Demands on quality and exactness of dimensions in the manufacture of prefabricated components.
13.Main reasons of erected structures failures, importance of prefabricated products quality.Trends in the development of erected structures and in prefabrication.

Not applicable.

Extension of knowledge in the subject Technology of Building Elements Manufacture and following application of precast units in used systems of prefabricated structures in structural buildings, the student becomes orientation in used erecting works utilizing prefabrication. Importance strengthening of technical and organizational level correspondence in manufacture of precast units and in assembling methods for prefabricated units on the quality of construction work

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

Not applicable.

Not applicable.

Kohut J., Jelínek L.: Technologie montovaných staveb I, II. SNTL Praha, 1984. 413-33496, SNTL. (CS)

Monckton, P. L .: Construction technology for civil engineering technicians. London: Longman, 1983. ISBN 9780835760751. (EN)
Musil F., Tuza K.: Atel.tvorba.Stavebně. technol. projekty hrubé vrchní stavby. Nakladatelství VUT, 1992. (CS)
Zapletal J. a kol.: Technológia inžinierskych stavieb 2. Warex Bratislava, 1998.
Gyula Pollington, Sebestyen Christopher: Bibliographic & ordering, Information Paperback. Imprint: ARCHITECTURAL PRESS,, 2003. ISBN 0-7506-5164-4. (EN)

26 hours, compulsory

1. Relationship between lectures concerning the technology and production of components and with their usage in building industry, including the suitability of their embedding to the building construction,
2. Description of the selected prefabricated object of a particular type of structural system NKS - T06B-P/1988, list of elements, project documentation, construction details, technology process,
3. Regeneration of prefabricated buildings, especially taking into account the requirements of the ETICS systems
4. Description of selected specific type of skeleton reinforced concrete building, list of elements, project documentation, construction details, technology process,
5. A systematic review of the current range of prefabricated building elements, an example of the calculation of all types of loading,
6. Types of prefabricated cladding,
7. Legislation on the marketing of products, the certification process, the control tests of the prefabricated building elements and reinforcement steel, the quality and dimensional accuracy of prefabricated elements, variations and tolerances in construction,
8. Types of prestressing reinforcement (hydraulic systems, electric heating), welding and labeling of reinforcement,
9. Excursion to selected building,
10. Oral presentation of prepared student’s reports for chosen building process,
11. Design and heat-insulating proposal for wood cladding systems according to the applicable standard regulations
12. Technology of production of glued elements, types of adhesives for glued timber elements, verification of bonded joints for wood frame buildings,
13. Durability tests of glued elements (experiment) - resistance to delamination process of gluelines according to EN 391, the use of software for wood-frame building structures design.