Objective of the course – aims of the course unit:|
·Making the student acquainted with new technology procedures, application of new materials and stuffs. To the lectures company representatives are regularly invited to demonstrate special application of new materials based on the latest knowledge of the science. Specific characteristics of these materials are referred to as well as possible differences in application compared to traditional technology processes.
Objective of the course – learning outcomes and competences:|
By mastering the course the students will acquire basic knowledge of new materials applied by building companies. The materials are presented in lectures by their producers together with manners of their application based on scientific knowledge.
Knowledge of technology processes in inside and finishing works and basic knowledge of the reconstruction of buildings.
Course contents (annotation):|
·The subject is based on the need to examine properties of new building materials and to examine manners and procedures of their rational production and integration into the building. The construction technology development stagnated for a long period. The construction technology development as a scientific branch is hindered by complexity of analysis of extensive information files. However, without it is not possible to formulate some regularities needed for process modelling.
·The role of the experiment at the development of construction technology is necessary and cannot be substituted.
·Good planner is that one who masters principles of technology of building processes of new and special technologies.
Teaching methods and criteria:|
Assesment methods and criteria linked to learning outcomes:|
Requirements for successful completion of the subject are specified by guarantor’s regulation updated for every academic year.
1. Introduction and theory of permanent preservative care for buildings.
2. General requirements for safety and useful values of constructions. Recently applied assembled structural reinforced concrete systems of buildings.
3. New insulation technologies – against water, radon, thermal, incl. systems of additional thermal treatment of packing structures, new technologies for enclosing shells.
4. New technologies of resurfacing.
5. Protection of timber structures.
6. Anchoring technology.
7. Reconstruction of pipe line.
8. Defects and failures at application of new technology procedures.
9. Demolition of reinforced concrete buildings and material recycling.
10.Ausiliary structures and mechanisation.
11.Roof penthouses and building-in, reconstruction of flat sanitary units.
12.Root piles, drainage walls.
13.Sanitation of foundation structures.
Specification of controlled education, way of implementation and compensation for absences:|
Extent and forms are specified by guarantor’s regulation updated for every academic year.
Chromík R., Klein Š.: Stavební tabulky 5, výplně otvorů stavebních konstrukcí. MANITA s.r.o.
Chromík R., Klein Š.: Stavební tabulky 3, ochrana objektu voči vode a vlhkosti. MANITA s.r.o.
Jelen E.: Příprava a řízení staveb, skriptum. ČVUT Praha 1997
Kolektiv autorů: Cihlářský lexikon. Cihlářský svaz Čech a Moravy 2001
Musil F., Tuza K.,: AT- stavebně technologické projekty hrubé vrchní stavby. VUT Brno 1992
Vlček K.: Stavebno technologická príprava stavieb. Jaga Group, Bratislava 1998
Firemní literatura: Zdící materiály, prefabrikáty, krytiny, instalace apod..