Nr. |
Sadaļas nosaukums |
Lpp. |
1. |
Introduction to Aircraft Hydraulics |
3 |
1.1. |
Aircraft Hydraulics Definition |
3 |
1.2. |
What is a hydraulic system? |
3 |
1.3. |
Pascal’s Theory |
4 |
1.4. |
Advantages of Hydraulic Systems |
4 |
1.5. |
Some Devices Operated by Hydraulic Systems in Aircraft |
5 |
2. |
Hydraulics Systems Principles of Operation |
6 |
2.1. |
Hydraulic Pressure Regulated Power System |
6 |
2.2. |
Functions of Parts of the Power System |
8 |
2.3. |
Aircraft Hydraulic System Reservoir |
8 |
2.3.1. |
Functions of the Reservoir |
8 |
2.3.2. |
Construction of Reservoir |
9 |
2.3.3. |
Cavitation |
9 |
3. |
Aircraft Hydraulic System Power Pump |
11 |
4. |
Hydraulic System Check Valves |
12 |
4.1. |
Pressure Control |
12 |
|
Principle of Operation (see Fig. 4.2.) |
12 |
4.2. |
Circuits Using Pressuring Limiting Devices (PLDs) |
13 |
5. |
Hydraulics System Accumulators |
14 |
5.1. |
Uses of an Accumulator |
14 |
6. |
Hydraulic System Hand Pumps |
15 |
7. |
Flow Control |
15 |
7.1. |
Selector Valves |
15 |
7.1.1. |
Rotary types |
15 |
7.1.2. |
Piston Type |
16 |
7.2. |
Types of Actuation Cylinders |
17 |
7.2.1. |
Single Piston, Single Rod |
17 |
7.2.2. |
Single Piston, Double Rod |
17 |
7.2.3. |
Rotary Motion Actuating Cylinder |
17 |
8. |
Automatic Hydraulic Transmissions |
18 |
9. |
Boeing 737 onboard hydraulic control panels |
21 |
10. |
Improvements in hydraulic systems |
26 |
|
Bi-Directional Hydraulic-Electrical Power Conversion |
26 |
11. |
Accidents |
28 |
12. |
Kopsavilkums/Аннотация/Annotation |
29 |
13. |
Literature |
31 |