Parts of Machines and Mechanisms
Replenishment date: 08.03.2010
Content: gidravlika.rar (171.91 KB)
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Description
A list of questions:
1. Hydraulics as a science. Liquids. Their structure.
2. Continuity hypothesis. The density of the liquid. Specific gravity.
3. Forces acting in a stationary or moving fluid.
4. Compressibility of fluid. Hooke's law for liquids.
5. Thermal expansion.
6. Viscosity of the liquid.
7. Surface tension of the liquid.
8. Hydrostatics. Tense state of a liquid at rest. Hydrostatic pressure.
9. Differential equations of fluid equilibrium.
10. Surfaces of equal pressure.
11. The basic equation of hydrostatics.
12. Overpressure and vacuum pressure. Instruments for measuring pressure.
13. Pascal's law communicating vessels.
14. Archimedes' law. Swimming conditions tel.
15. Kinematic fluids. Basic concepts of fluid motion.
16. Acceleration of a liquid particle.
17. Fluid flows and their main characteristics.
18. Equation of continuity of liquid.
19. Stress state of a moving inviscid fluid
20. Differential equations of motion of inviscid fluid
21. Bernoulli's equation for the steady motion of an inviscid incompressible fluid. Its energetic interpretation.
22. Fluid dynamics. Stresses in a moving viscous fluid.
23. Equations of motion of a viscous fluid in stresses.
24. Relationship between stresses and strain rates in a moving viscous fluid.
25. The Novier-Stokes equation.
26. Bernoulli equation for a viscous incompressible fluid flow.
27. Modes of fluid flow. Reynolds number.
28. Theory of turbulence. The theory of l. Prandtl.
29. Theories of turbulence by MD Millionshchikov.
30. Theories of turbulence, A. N. Kolmogorov.
31. Hydromachines. Their types. The principle of operation of vane machines.
32. Basic equations of blade machines.
33. Hydraulic turbines.
34. Hydraulic engineering. Hydraulic structures. Their types.
35. Main types. Hydraulic structures.
36. Volumetric hydraulic machines. Their types.
37. The main parameters of volumetric hydra machines.
38. Working fluids of volumetric hydra machines.
39. Piston pumps and their types.
40. Rotary piston machines and their types.
41. The theory of brussinesque turbulence.
1. Hydraulics as a science. Liquids. Their structure.
2. Continuity hypothesis. The density of the liquid. Specific gravity.
3. Forces acting in a stationary or moving fluid.
4. Compressibility of fluid. Hooke's law for liquids.
5. Thermal expansion.
6. Viscosity of the liquid.
7. Surface tension of the liquid.
8. Hydrostatics. Tense state of a liquid at rest. Hydrostatic pressure.
9. Differential equations of fluid equilibrium.
10. Surfaces of equal pressure.
11. The basic equation of hydrostatics.
12. Overpressure and vacuum pressure. Instruments for measuring pressure.
13. Pascal's law communicating vessels.
14. Archimedes' law. Swimming conditions tel.
15. Kinematic fluids. Basic concepts of fluid motion.
16. Acceleration of a liquid particle.
17. Fluid flows and their main characteristics.
18. Equation of continuity of liquid.
19. Stress state of a moving inviscid fluid
20. Differential equations of motion of inviscid fluid
21. Bernoulli's equation for the steady motion of an inviscid incompressible fluid. Its energetic interpretation.
22. Fluid dynamics. Stresses in a moving viscous fluid.
23. Equations of motion of a viscous fluid in stresses.
24. Relationship between stresses and strain rates in a moving viscous fluid.
25. The Novier-Stokes equation.
26. Bernoulli equation for a viscous incompressible fluid flow.
27. Modes of fluid flow. Reynolds number.
28. Theory of turbulence. The theory of l. Prandtl.
29. Theories of turbulence by MD Millionshchikov.
30. Theories of turbulence, A. N. Kolmogorov.
31. Hydromachines. Their types. The principle of operation of vane machines.
32. Basic equations of blade machines.
33. Hydraulic turbines.
34. Hydraulic engineering. Hydraulic structures. Their types.
35. Main types. Hydraulic structures.
36. Volumetric hydraulic machines. Their types.
37. The main parameters of volumetric hydra machines.
38. Working fluids of volumetric hydra machines.
39. Piston pumps and their types.
40. Rotary piston machines and their types.
41. The theory of brussinesque turbulence.
Additional Information
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