Course detail
Selected Problems of Design and Realization of Metal and Timber Structures
FAST-BO055Acad. year: 2018/2019
Composite steel-concrete structural members and components – principles of structural configuration, bases of structural design.
Composite steel-concrete beams – ultimate limit states, serviceability limit states of composite steel-concrete beams.
Composite steel-concrete beams – basis of design of shear connection.
Composite steel-concrete columns – basis of structural design of composite steel-concrete columns.
Glued laminated timber structures. Design principles, basic calculation, applications.
Assembly connections of timber structures with metal timber fasteners. Design principles, basic calculation.
Reinforcing of elements and connections of timber structures.
Design of timber structures – structural fire design. Behaviour of timber elements and connections during the fire, rules for analysis of structural members, basic design calculation.
Design of connections of timber structures – structural fire design, basic design calculation.
Language of instruction
Number of ECTS credits
Mode of study
Guarantor
Department
Learning outcomes of the course unit
- 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.
Prerequisites
Co-requisites
Planned learning activities and teaching methods
Assesment methods and criteria linked to learning outcomes
Course curriculum
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.
Work placements
Aims
Specification of controlled education, way of implementation and compensation for absences
Recommended optional programme components
Prerequisites and corequisites
Basic literature
Recommended reading
Classification of course in study plans
Type of course unit
Lecture
Teacher / Lecturer
Syllabus
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.
Exercise
Teacher / Lecturer
Syllabus
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.