Syllabus of lectures
1. Numerical methods, FEM, material, software,
2. Creation and import of geometry,
3. Boundary conditions, loads (force, temperature), support,
4. Plane member structures, 1D element,
5. Frame structures and solid member structures,
6. Plane structures, plates, walls, openings, 2D element,
7. Geometrically non-linear solutions,
8. Shells and diaphragms, volumetric structures, 3D element
9. Combined structures, membered and planar,
10. Material non-linear solution,
11. Stability, dynamic problem, stationary and non-stationary heat conduction,
12. Effect of finite element size on results,
13. Simplified assessment.
1. Numerical methods, FEM, material, software,
2. Creation and import of geometry,
3. Boundary conditions, loads (force, temperature), support,
4. Plane member structures, 1D element,
5. Frame structures and solid member structures,
6. Plane structures, plates, walls, openings, 2D element,
7. Geometrically non-linear solutions,
8. Shells and diaphragms, volumetric structures, 3D element
9. Combined structures, membered and planar,
10. Material non-linear solution,
11. Stability, dynamic problem, stationary and non-stationary heat conduction,
12. Effect of finite element size on results,
13. Simplified assessment.