Course Details
Modelling of structures
Academic Year 2023/24
DL62 course is part of 2 study plans
D-P-C-SI (N) / KDS Winter Semester 2nd year
D-K-C-SI (N) / KDS Winter Semester 2nd year
Modern aspects of structures modelling. Application of the truss analogy method for concrete structures design. Principles for the set up and application of strut-tie model.
Relation of the truss analogy method to concrete structures dimensioning. Application of strut-tie model for design of reinforcement of selected structural details. Framed members stress by shear.
Composite structures concrete-concrete.
Commpression field theory. Interaction of the force effects using commpression field theory.
Effects of creep and shrinkage on structures. Structural design of step-by-step constructed structures. Proximate calculation methods of rheological effects solution. Method of time discretion.
Temperature stressed structures - principles of solution and the methods application on specific concrete structures.
Relation of the truss analogy method to concrete structures dimensioning. Application of strut-tie model for design of reinforcement of selected structural details. Framed members stress by shear.
Composite structures concrete-concrete.
Commpression field theory. Interaction of the force effects using commpression field theory.
Effects of creep and shrinkage on structures. Structural design of step-by-step constructed structures. Proximate calculation methods of rheological effects solution. Method of time discretion.
Temperature stressed structures - principles of solution and the methods application on specific concrete structures.
Course Guarantor
Institute
Objective
Providing information about the modern methods of concrete members design using a truss analogy.
Knowledge of the methods for analysis of concrete structure details and for solution of interaction of force effects on a concrete section.
Understanding of the methods for analysis of long-term effects of concrete and composite structures in view of the rheological properties of concrete.
Explanation of the design method of temperature stressed structures.
Knowledge of the methods for analysis of concrete structure details and for solution of interaction of force effects on a concrete section.
Understanding of the methods for analysis of long-term effects of concrete and composite structures in view of the rheological properties of concrete.
Explanation of the design method of temperature stressed structures.
Knowledge
A student gains these knowledge and skills:
• Knowledge of the modern methods of concrete members design using a truss analogy.
• Knowledge of the methods for analysis of concrete structure details and for solution of interaction of force effects on a concrete section.
• Understanding of the methods for analysis of long-term effects of concrete and composite structures in view of the rheological properties of concrete.
• Understanding of the design method of temperature stressed structures.
• Knowledge of the modern methods of concrete members design using a truss analogy.
• Knowledge of the methods for analysis of concrete structure details and for solution of interaction of force effects on a concrete section.
• Understanding of the methods for analysis of long-term effects of concrete and composite structures in view of the rheological properties of concrete.
• Understanding of the design method of temperature stressed structures.
Syllabus
1. Modern aspects of structures modelling. Application of the truss analogy method for concrete structures design.
2. Principles for the set up and application of strut-tie model.
3. Relation of the truss analogy method to concrete structures dimensioning.
4. Application of strut-tie model for design of reinforcement of selected structural details.
5. Framed members stress by shear.
6.-7. Composite structures concrete-concrete.
8. Commpression field theory. Interaction of the force effects using commpression field theory.
9. Effects of creep and shrinkage on structures.
10. Structural design of step-by-step constructed structures.
11. Proximate calculation methods of rheological effects solution.
12. Method of time discretization.
13. Temperature stressed structures - principles of solution and the methods application on specific concrete structures.
2. Principles for the set up and application of strut-tie model.
3. Relation of the truss analogy method to concrete structures dimensioning.
4. Application of strut-tie model for design of reinforcement of selected structural details.
5. Framed members stress by shear.
6.-7. Composite structures concrete-concrete.
8. Commpression field theory. Interaction of the force effects using commpression field theory.
9. Effects of creep and shrinkage on structures.
10. Structural design of step-by-step constructed structures.
11. Proximate calculation methods of rheological effects solution.
12. Method of time discretization.
13. Temperature stressed structures - principles of solution and the methods application on specific concrete structures.
Prerequisites
structural mechanics, elasticity and plasticity, principles of calculation of the creep and shrinkage effects of concrete on concrete structures design
Language of instruction
Czech
Credits
8 credits
Semester
winter
Forms and criteria of assessment
examination
Specification of controlled instruction, the form of instruction, and the form of compensation of the absences
Extent and forms are specified by guarantor’s regulation updated for every academic year.
Offered to foreign students
Not to offer
Course on BUT site
Lecture
13 weeks, 3 hours/week, elective
Syllabus
1. Modern aspects of structures modelling. Application of the truss analogy method for concrete structures design.
2. Principles for the set up and application of strut-tie model.
3. Relation of the truss analogy method to concrete structures dimensioning.
4. Application of strut-tie model for design of reinforcement of selected structural details.
5. Framed members stress by shear.
6.-7. Composite structures concrete-concrete.
8. Commpression field theory. Interaction of the force effects using commpression field theory.
9. Effects of creep and shrinkage on structures.
10. Structural design of step-by-step constructed structures.
11. Proximate calculation methods of rheological effects solution.
12. Method of time discretization.
13. Temperature stressed structures - principles of solution and the methods application on specific concrete structures.