Czech

3

Not applicable.

Expected is the overview of structural design and detail analysis in the field of building construction. The student should have practical knowledge and experience of implemented constructions that he or she has hitherto gone through in practice. An important prerquisite is the student's capability of creative work, and the ability to analyse problems and find new productive solutions and concepts.

For successful study, it is considered suitable that the student regularly monitors professional jounals and books on building and architecture. Orientation in foreign
study materials is also welcomed.

Not applicable.

Teaching methods depend on the type of course unit as specified in the article 7 of BUT Rules for Studies and Examinations.

The subject's study is concluded by a seminar work. The work will be focused on a special problem of structure and power supply, which the student will subject to theoretical analysis using computation equipment. Mathematical modelling will become a means for finding optimum relations and recognising the interacting factors that participate to a significant extent in the process of creative work.

Not applicable.

Not applicable.

The objective is to deepen the knowledge and to make acquainted with the principles of the theoretical analysis of the complex problems of power consumption and building construction.

Attendance of lectures is obligatory. Missed lectures can be made up for only by agreement with the teacher.

Not applicable.

Not applicable.

Vaverka, J., Chybík, J., Mrlík, F., Stavební fyzika 2. VUTIUM Brno, 2000. (CS)
Halahyja, M., Chmúrny, I., Sternová, Z.: Stavebná tepelná technika. Jaga group, Bratislava, 1998. (CS)
Řehánek, J., Janouš, A., Kučera, P., Šafránek, J.: Tepelně technické a energetické vlastnosti budov. Grada publishing, a.s., 2002. (CS)
Řehánek, J., Janouš, A., Kučera, P., Kučera, V., Šafránek, J., Václavík, V.: 4 x o tepelné izolaci budov. IC ČKAIT, ČEA Praha, 2004. (CS)

Not applicable.

39 hours, compulsory

Theoretical knowledge of designing double-skin transparent elevations (Doc. Chybík)
1. Application of theoretical knowledge to the design of double-skin transparent elevations
(Doc. Chybík)
2. Passive use of solar radiation in architecture (Doc. Chybík)
3. Modern structures for vertical external skin (Doc. Chybík)
4. Theoretical basis of low-power-consumtion and passive houses (Doc. Chybík)
5. Low-power-consumption and passive houses as alternative development modes. (Doc. Chybík)
6. Modern types of floor structures (Doc. Chybík)
7. Roof structures using progressive materials (Doc. Chybík)
8. Waterproofing technology as prerequisite for successful implementation of constructions
(Doc. Chybík)
9. Prerequisites of modern foundation engineering (Doc. Chybík)
10.Repair of constructions, using carbon fibres (Doc. Chybik)
11.Reconstruction of buildings, with view to modern technical requirements (Doc. Chybík)
12.Seminar work