Czech

Not applicable.

Students in this course of civil engineering construction will learn about the structures included in the latest designs and learn about the design direction of trends in building construction. Develop existing knowledge of the linkages and relationships that have become indispensable for his professional growth. Gets a pemzum sufficient knowledge that will become the support for the reasonable and proper architectural design.

In the course of civil engineering construction is expected to completing the courses Constructions I and IV. For successful completion of the course is deemed appropriate, to continuously monitor student magazine and book literature with a focus on engineering and architecture. Orientations are welcome in foreign study materials.

Not applicable.

In terms of methodology is used in the form of thirteen lectures with an emphasis on self-study. The self is appropriately used by domestic and foreign literature, both in the form of books, journals and publications. Emphasis will be placed on recent literature sources.

After completing the course will follow the test. The test can have a character and an oral examination or written tests combined. It will always be the responsibility of the guarantor of the subject, the form for the academic year selected. Selected type of state in terms of completing the course.

The course is divided into the following semester třináctitýdenního report.1. Structural engineering and environment.
2. Steel structures of high-rise buildings and their protection against fire - on the example of the WTC building.
3. Problems of reconstruction and construction of a new building - example of the Elbe Philharmonic.
4. Use of high strength concrete in building construction.
5. Timber structures for high-rise and large-span buildings.
6. Analysis of the causes of failures of simple construction on the example of a funeral hall in Brno-Židenice.
7. Potential of natural materials used in contemporary architectural designs and building constructions.
8. Conception of energy saving houses and examples.
9. Construction of energy efficient houses on the example of passive apartment building.
10. Use of components made of carbon in building industry.
11. Exhibition spaces and their lighting.
12. Protection of the internal environment against radon load.
13. Modern methods used in repairs of building constructions.

9. Glass as a smart material for building curtain walls of buildings.
10. High-rise buildings and buildings with large span built of ferro-concrete.
11. The use of prestressed concrete structures of buildings.
12. Textile material for construction roofing.
13. Natural materials in the building of buildings.

Not applicable.

The goal is to develop the knowledge base gained in technical disciplines, has grown in the bachelor degree program. This is mainly to support education in the field of building construction of buildings, presented in context with the latest science and technology outputs. The focus of instruction will apply to those parts of the building materials, materials, structures and technologies that are currently present or are still in prototype or industrial designs.

The course is constructed so that it passes through the student lectures. The content of lectures, together with reference to literature, he studied provide sufficient range of knowledge to successfully pass the semester exam.

Not applicable.

Not applicable.

Časopis Detail (EN)
EBERLE, D. 9x9 (DE)
CHYBÍK, J. Přírodní stavební materiály. Stavitel. Stavitel. Praha: Grada Publishing, a.s., 2009. 268 s. ISBN: 978-80-247-2532- 1. (CS)
NAGY, E. Nízkoenergetický a energeticky pasivní dům. (SK)
STRAKA, B. Některé problémy navrhování prostorových konstrukcí z materiálů na bázi dřeva. In Drevo v stavebných konštrukciách. Kočovce: Stavebná fakulta Technickej univerzity v Košiciach, s. 365 ( s.) (CS)

CHYBÍK, J. Environmentální stavitelství jako příspěvek k tvorbě životního prostředí. Ateliér otvorových výplní, izolací a vybavení staveb, 2010, roč. 14, č. 5, s. 22-24. ISSN: 1212- 4370. (CS)
STRÁSKÝ, J. Membránové střechy z předpjatého betonu. ASB, 2007, roč. IV, č. 7, s. 100-104. ISSN: 1214- 7486. (CS)
ZWERGER, K. Wood and Wood Joints (EN)