Creation of computer simulations according to real projects from practice. Geometry idealization, definition of material, meshing with several types of objects, boundary conditions. Displaying and evaluating results.
Creation of a project report on the basis of knowledge of the solved problems and outputs from realized computer simulations.
1. Introductory information
2. Theory of computer simulations
3. Theory of finite element method and its use for computer simulations
4. NX, basics of the environment
5. NX, 3D part modeling, basics
6. NX, 3D part modeling, history and modifications
7. NX, simulation environment, basics
8. NX, idealization of geometry for a mesh
9. NX, strength task simulation, basics
10. NX, simulation of modal analysis, basics
11. NX, meshing, types of elements
12. NX, simulation, practical task
13. NX, simulation, display and evaluation of results
14. NX, knowledge consultation
Creation of a project report on the basis of knowledge of the solved problems and outputs from realized computer simulations.
1. Introductory information
2. Theory of computer simulations
3. Theory of finite element method and its use for computer simulations
4. NX, basics of the environment
5. NX, 3D part modeling, basics
6. NX, 3D part modeling, history and modifications
7. NX, simulation environment, basics
8. NX, idealization of geometry for a mesh
9. NX, strength task simulation, basics
10. NX, simulation of modal analysis, basics
11. NX, meshing, types of elements
12. NX, simulation, practical task
13. NX, simulation, display and evaluation of results
14. NX, knowledge consultation