Czech

4

Not applicable.

Institute of Metal and Timber Structures (KDK)

Student will obtain detailed knowledge and skills in the field of the design of composite steel-concrete beams and columns. The graduate will be able:
- to design composite steel-concrete beams in the ultimate limit state and serviceability limit state,
- to design shear connection of composite steel-concrete beams,
- to design composite steel-concrete column,
- to determine fire resistance of steel-concrete beam and column.
Student will obtain wider knowledge and skills in the field of the design of timber structures. The graduate will be able:
- to apply basis of structural design and principle of static assessment to glued lamel timber structure,
- to apply basis of structural design of assembly connections of timber structures with metal elements,
- to design timber structure resistant to the fire, including design of connections.

Metal structures - design of members and connections of steel structures. Timber structures - design of members and connections of timber structures. Concrete structures - basis of design of members of concrete structures.

Extension of the knowledge of structural mechanics with accent to the static behaviour of composite, hybrid and combined structural members and components. Obtaining the knowledge of the fire resistance and safety of building structures.

The course is taught through lectures, practical exercises and self-study assignments. Attendance at lectures is optional, but attendance at exercises is compulsory.

For the successful graduation of this course it is necessary to elaborate the particular tasks within the exercises corresponding to the exercise schedule and their range is given by the teacher. The attendance in the exercises is compulsory. The exam is realized by the written form and its extend follows from the course annotation.

1. Composite steel-concrete structural systems - basic principles of behaviour, load, material, design standards.
2. Steel-concrete beams – ultimate limit state, serviceability limit state (basic principles of design).
3. Steel-concrete beams – shear connection (types, basic principles of design).
4. Steel-concrete columns – basic principles of design and structural detailing.
5. Steel-concrete structural members – basic principles of fire design.
6. Timber beams – types, basis of design, static analysis.
7. Glue laminated timber structures – design principles, static design, basic structural compositions.
8. Assembly connections of timber structures with metal timber fasteners – design principles, basic calculation.
9. Design of timber structures – structural fire design. Behaviour of timber elements during the fire.
10. Design of timber structures – rules for analysis of structural members, basic design calculation; behaviour of connections of timber elements during the fire, basic design calculation.
11. Practical application of steel-concrete structural members and components; practical application of timber structural members and parts; examples of realized constructions.

Not applicable.

The objective of the subject is to introduce students to the problems of this course and to practise acquires knowledge and skills.

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

It is possible to study optional subjects from the given study programme exceeding the scope of the study plan.

Not applicable.

Not applicable.

Not applicable.

26 hours, compulsory

1. Steel-concrete composite structural members - overview, basic principles, cross-sections, materials.
2. Steel-concrete composite beams: basis of design - ultimate and serviceability limit states.
3. Steel-concrete composite beams: basis of design - shear connection.
4. Steel-concrete composite columns: basis of design - pure compression, buckling compression.
5. Steel-concrete composite structural members: principles of fire resistance evaluation.
6. Timber beams – static analysis.
7.-8. Glue laminated timber structures – static analysis.
9. Assembly connections of timber structures with metal timber fasteners – design principles.
10. Design of timber structures to fire effects.
11. Practical applications and examples of steel-concrete and timber structural members and parts.