1. Introduction and definitions of basic concepts
2. The importance of modeling and simulation and the phase of the simulation cycle
3. Identification of systems
4. Mathematical description of continuous dynamic linear members
5. Theoretical computer model
a. Direct programming method
b. Indirect Programming Method
c. Parallel Programming Method
6. Sensitivity analysis
7. Time transformation of the computer model
8. CFD analysis
9. Basic equations of fluid mechanics
10. CFD process
11. Creating the geometry of the computational model
12. Creation of a computing model network
13. Marginal conditions
14. Visualization
2. The importance of modeling and simulation and the phase of the simulation cycle
3. Identification of systems
4. Mathematical description of continuous dynamic linear members
5. Theoretical computer model
a. Direct programming method
b. Indirect Programming Method
c. Parallel Programming Method
6. Sensitivity analysis
7. Time transformation of the computer model
8. CFD analysis
9. Basic equations of fluid mechanics
10. CFD process
11. Creating the geometry of the computational model
12. Creation of a computing model network
13. Marginal conditions
14. Visualization