1. Preparation and import on model geometry. Basic work with geometry files (dwg, iges, sat)
2. Use of external geometry data in specialized software for statics.
3. Modelling of soil-structure interaction.
4. Modal analysis. Preparation of numerical model for dynamics analysis.
5. Dynamic load of structures. Seismicity. Transient problems dynamics.
6. Energy methods – theory, basic equations, application to structural problems.
7. Energy methods – stability of beam.
8. Assignment of semestral work.
9. Contact problems.
10. Consultations of semestral works.
11. Use of standard based-assessment for special building structures.
12. Consultations of semestral works.
13. Defense of semestral works
Project – semestral work
A complex numerical model of building structure. Application of obtained knowledge with use of proposed software. Presentation and defense of obtained results.
2. Use of external geometry data in specialized software for statics.
3. Modelling of soil-structure interaction.
4. Modal analysis. Preparation of numerical model for dynamics analysis.
5. Dynamic load of structures. Seismicity. Transient problems dynamics.
6. Energy methods – theory, basic equations, application to structural problems.
7. Energy methods – stability of beam.
8. Assignment of semestral work.
9. Contact problems.
10. Consultations of semestral works.
11. Use of standard based-assessment for special building structures.
12. Consultations of semestral works.
13. Defense of semestral works
Project – semestral work
A complex numerical model of building structure. Application of obtained knowledge with use of proposed software. Presentation and defense of obtained results.