Tutorials:
1. General requirements on static reports.
2. Actions on complex statical systems - load assignment to static program, creation of combinations in accordance with standard requirements, determination of decisive load cases, basic principles of input values control.
3. Stability analysis of bar structures - practical examples of the use of stability calculations, evaluation of stability analysis results, control of results.
4. Numerical modeling of shell structures, including evaluation of results in relation to valid standards for design and assessment of structures.
5. Modeling and static assessment of seismically loaded structures.
6. Automatic assessment of steel structures - input data on buckling lengths, interpretation and verification of results, design optimization of the structure.
7. Automatic assessment of concrete structures – interpretation and validation of results, design of the reinforcement area, design optimization of the structure, assessment of the serviceability limit state.
8. Static assessment automatization, creation of static reports.
9. Individual project in relation to the diploma thesis.
10. Test.
1. General requirements on static reports.
2. Actions on complex statical systems - load assignment to static program, creation of combinations in accordance with standard requirements, determination of decisive load cases, basic principles of input values control.
3. Stability analysis of bar structures - practical examples of the use of stability calculations, evaluation of stability analysis results, control of results.
4. Numerical modeling of shell structures, including evaluation of results in relation to valid standards for design and assessment of structures.
5. Modeling and static assessment of seismically loaded structures.
6. Automatic assessment of steel structures - input data on buckling lengths, interpretation and verification of results, design optimization of the structure.
7. Automatic assessment of concrete structures – interpretation and validation of results, design of the reinforcement area, design optimization of the structure, assessment of the serviceability limit state.
8. Static assessment automatization, creation of static reports.
9. Individual project in relation to the diploma thesis.
10. Test.