AIRCRAFT SYSTEMS

ISBN: 978-83-7880-226-6

246 stron
format: B5
oprawa: miękka
Rok wydania: 2015

Praca zawiera przegląd podstawowych i zaawansowanych elementów oraz układów składających się na współczesny samolot pasażerski. Przedstawiono ich konstrukcje, sposoby działania oraz zależności wynikające ze współpracy poszczególnych systemów i instalacji. W zamyśle autorów praca powinna być użytecznym narzędziem zarówno dla studentów uczelni technicznych wybranych kierunków jak i pracowników przemysłu lotniczego. Praca napisana jest w całości w języku angielskim.

SPIS TREŚCI

1. Environmental control system1.1. ECS general1.2. Air supply1.3. Cooling1.3.1. Heat exchangers1.3.2. Air cycle machine (ACM) or cold air unit (CAU)1.3.3. Vapour cycle cooling1.4. Heating1.4.1. Exhaust (manifold) heating systems1.4.2. Combustion heating systems1.5. Temperature control1.6. Computers in temperature control1.7. Humidity control1.8. Mass flow control1.9. Distribution systems1.10. Re-circulation air system1.11. Pressurization systems1.11.1. Cabin pressure control systems1.11.2. Electronic pressurization control1.11.3. New developments in ECS2. Equipment and furnishing2.1. General2.2. Emergency equipment requirements2.3. Seat, harnesses and belts2.4. Cabin layouts2.4.1. Cabin furnishings2.4.2. Cabin entertainment and service systems2.4.3. Galley installations2.4.4. Lavatories2.4.5. Cargo handling and retention equipment2.5. Airstairs3. Fuel system3.1. General3.2. Airframe fuel system3.3. Aviation fuel3.4. Fuel tank location3.5. Fuel storage3.5.1. Rigid fuel tanks3.5.2. Flexible (bladder) fuel tanks3.5.3. Integral fuel tanks3.5.4. Auxiliary fuel tanks3.5.5. Wing fuel storage3.5.6. Fuselage fuel storage3.5.7. Horizontal stabilizer fuel storage3.5.8. Airbus A319 / 320 / 321 fuel storage system3.6. Fuel tank ventilation3.7. Fuel feed system3.8. Refueling and defueling system3.8.1. Refueling3.8.2. Defueling3.9. Active centrum of gravity (CG) control3.10. Crossfeed system4. Hydraulic system4.1. General4.2. Sources of hydraulic power4.3. Hydraulic fluid4.4. Hydraulic circuit design4.4.1. Hydraulic reservoir (tank)4.4.2. Hydraulic accumulators4.4.3. Fluid conditioning4.4.4. Linear cylinders (actuators)4.4.5. Selector valves4.4.6. Check valves4.4.7. Sequence valves4.4.8. Bypass check valves4.4.9. Pressure and thermal relief valves4.4.10. Restrictors4.4.11. Hydraulic pumps4.5. Auxiliary power unit (APU)4.6. Emergency power5. Fire protection5.1. General5.2. Fire/overheat detection and warning5.3. Fire zones5.4. Engine fire prevention5.4.1. Fireproof bulkheads - firewalls5.4.2. Cockpit and cabin interiors5.5. Smoke detection5.6. Fire extinguishing5.7. Warnings and indications6. Ice protection6.1. General6.2. Ice detection systems6.3. Ice protection system6.3.1. Airfoil-ice protection6.3.2. Engine anti-ice system6.3.3. Wing anti-ice system6.3.4. Engine intake leading edges anti-icing.6.3.5. Windshields anti-icing protection6.3.6. Propeller de-icing6.4. Windscreen wiper6.5. Rain repellent6.6. Probe heating system6.7. Pneumatic ice protection7. Pneumatic and vacuum system7.1. General7.2. Sources of pneumatic energy7.2.1. Air compressors7.2.2. Engine bleed air7.2.3. Auxiliary power unit7.2.4. Ground supply7.3. Full pneumatic systems7.4. Vacuum systems7.5. Pressure control7.6. Distribution7.7. Indications and warnings7.8. System interfaces8. Water and waste systems8.1. General8.2. Pressure control8.3. Water distribution system.8.4. Water heating8.5. Waste waterBibliography