:: materials and structures |
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1 Methodology of scientific research |
10 Solid body mechanics |
11 Finite elements method - upper course |
12 Structural stability - advanced course |
13 Optimal design of structures |
14 Studio research work 1 |
16 Continuum mechanics |
17 Plasticity theory |
18 Structural dynamics - advanced course |
19 Selected chapters of building physics |
20 Thin walled beams theory |
21 Concrete technology |
22 Studio research work 2 |
24 Seismic structural analysis |
25 FEM in structural design |
26 Limit analysis of structures â advanced course |
27 Modeling of joints in structures |
28 Contemporary methods of experimental analyses of engineering structures |
29 Reliability, rehabilitation and maintenance of structures |
3 Numerical methods |
30 Contemporary concrete structures |
31 New materials in civil engineering |
32 Contemporary material testing methods |
33 High performance concretes |
34 Structure status monitoring and assessment |
4 Integral equations |
5 Partial differential equations |
6 Matrix and tensor calculus |
7 Probability and mathematical statistics |
8 Structural optimization methods |
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