Czech

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Institute of Building Structures (PST)

Student copes aim subject that which is general conception proposal multi - storey construction inclusive assembling project documentation for her realization and constitution examinationthat the falls from parts written according to engaged questions about building constructions and resulting debate line microphone on their option to achievement of the total optimum solving construction.

Knowledge obtained from accomplished courses as History of Architecture and Civil Engineering, Fundamentals of Descriptive Geometry, Geology, Fundamentals of building mechanics, Fundamentals of Building Constructions, Building materials, Flexibility and strength, Geodesy, Statics, Concrete Structure Elements, Metal Structure Elements and Foundation engineering.

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Requirements for successful completion of the subject are specified by guarantor’s regulation updated for every academic year.

1. Typology of flow sheet according to building function, spatial structural design, horizontal and vertical division of buildings, procedure in building design processing.
2. Overview of construction systems. Principles used for choice of an appropriate multi-storey construction system, static scheme, skyscrapers.
3. Frame structures – historical development, description of structure units. Basic structural parts of frame tilt-up buildings.
4. Multi-storey buildings with reinforced concrete skeleton, tilt-up and monolithic. Constructional scheme of buildings and static behaviour. Skyscrapers.
5. Multi-storey buildings with steel and steel-concrete skeleton. Horizontal load-bearing ceiling structures of skeleton buildings.
6. Staircase in skeleton buildings, buildings envelopes, skylights, void infilling elements.
7. Reinforced concrete frame structures, construction diagrams and static behaviour.
8. Description of elements, principles of element splicing, examples of skeleton structures of the categories 1, 2 and 3.
9. Structural systems, load-bearing elements and realization technology of hall buildings. Form and load-bearing structure of hall roofing.
10. Frame structure building envelopes, void infilling elements, skylights, general structural principles and functional requirements, material alternatives, anchor.
11. Wall structure system, masonry walls, realization technology, wall structure adjustment.
12. Monolithic load-bearing walls, realization technology, tilt-up structure system, description of prefabbed buildings, structural details.
13. Foundation engineering and multi-storey substructure of wall and skeleton buildings.

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The course gives a student the general overview of building structure systems as ground floor buildings and multi-storey buildings used in public and industrial engineering. The main point of the course is addition and application of knowledge from accomplished courses and constructional design of bigger building, its ideational design as a source for detailed draw-up of the design documentation.

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

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