1. E: Repetition of Fluid Mechanics
2. E: MS Word, text, save the file, subtitle creation, automatic numbering of chapters, equations, tables and images, records and generated content
3. E: MS PowerPoint presentation creation, the basic menus, input text, animated images. Instructions for creating presentations
4. E: MS Excel, the basic controls, program options
5. E: Example of using MS Excel with a simple example of fluid mechanics, graphs. Program 1 - word processing with graphics, charts and graphs, a simple example of fluid mechanics
6. E: Solution pumping system operating point, the derivation of pipe equations, calculation of two parabolas intersect analytically using the solver
7. E: More tools solver, practicing on simple examples
8. E: Solution of transient problems. Application Bernouliho equation for unsteady of flow
9. E: Solution the basic parameters of a piston pump. Derivation of equation for the pressure on the surface of the piston versus time
10. E: Solution of global warming of hydraulic system with cooler. Exact solution and solving by Euler method.
11. E: Analysis of measured data. Multiparametric regression. Determination of the oil viscosity coefficients depending on pressure and temperature.
12. E: Completing the calculation of regression coefficients, three-dimensional graphs. General recommendations for the regression analysis. Program 2 - data analysis using multiparametric regression analysis
13. E: Solution explicitly specified functions of simple iterative method. Program 3 - solving friction loss according to the formula by author Colebrook-White for a defined range of pipe diameter and roughness.
14. E: Development programs. Discussion
2. E: MS Word, text, save the file, subtitle creation, automatic numbering of chapters, equations, tables and images, records and generated content
3. E: MS PowerPoint presentation creation, the basic menus, input text, animated images. Instructions for creating presentations
4. E: MS Excel, the basic controls, program options
5. E: Example of using MS Excel with a simple example of fluid mechanics, graphs. Program 1 - word processing with graphics, charts and graphs, a simple example of fluid mechanics
6. E: Solution pumping system operating point, the derivation of pipe equations, calculation of two parabolas intersect analytically using the solver
7. E: More tools solver, practicing on simple examples
8. E: Solution of transient problems. Application Bernouliho equation for unsteady of flow
9. E: Solution the basic parameters of a piston pump. Derivation of equation for the pressure on the surface of the piston versus time
10. E: Solution of global warming of hydraulic system with cooler. Exact solution and solving by Euler method.
11. E: Analysis of measured data. Multiparametric regression. Determination of the oil viscosity coefficients depending on pressure and temperature.
12. E: Completing the calculation of regression coefficients, three-dimensional graphs. General recommendations for the regression analysis. Program 2 - data analysis using multiparametric regression analysis
13. E: Solution explicitly specified functions of simple iterative method. Program 3 - solving friction loss according to the formula by author Colebrook-White for a defined range of pipe diameter and roughness.
14. E: Development programs. Discussion