| What are 66 essential subassemblies of a large cargo or passenger aircraft? |
| 1 3-D volumetric weather rader (Honeywell) |
| 2 Carbonfibre forward pressure bulkhead |
| 3 Two-crew cockpit (Honeywell FMS) |
| 4 Six-screen electronic flight instrument system (Thales) |
| 5 Cockpit escape hatch |
| 6 Metallic cockpit fuselage section |
| 7 Flightcrew seat (Sogerma) |
| 8 Head-up display - optional (Thales) |
| 9 Cockpit window (Saint Gobain Sully) |
| 10 Third occupant seat and on-board maintenance terminal |
| 11 Fourth occupant seat |
| 12 Nose avionics bay |
| 13 Forward-retracting fully steerable twin nose-gear (Leibherr) |
| 14 Lavatory (C&D Zodiac) |
| 15 Overhead flightcrew rest compartment (two berth) |
| 16 Flight attendant seat |
| 17 Galley |
| 18 Passenger door/emergency exit |
| 19 First class cabin (eight seats, four-abreast) |
| 20 Carbonfibre fuselage stringer |
| 21 Carbonfibre fuselage panel |
| 22 Carbonfibre fuselage frame |
| 23 Forward cargo hold |
| 24 Electrical structural network |
| 25 |
| 26 |
| 27 |
| 28 |
| 29 Centre fuel tank |
| 30 |
| 31 Jet engine |
| 32 150KVA variable frequency generator - two per engine (Hamilton Sundstrand) |
| 33 Titanium engine pylon |
| 34 |
| 35 |
| 36 |
| 37 |
| 38 |
| 39 |
| 40 |
| 41 Spoiler (seven per side) |
| 42 Outboard single-slotted flap incorporating variable-camber and differential-setting functions |
| 43 |
| 44 |
| 45 |
| 46 |
| 47 |
| 48 |
| 49 |
| 50 |
| 51 |
| 52 |
| 53 |
| 54 Horizontal tailplane |
| 55 Elevator |
| 56 Honeywell HST1700 auxiliary power unit (1,700shp) |
| 57 APU exhaust |
| 58 Tailcone |
| 59 150KVA APU starter generator |
| 60 Rudder |
| 61 Fin |
| 62 |
| 63 |
| 64 |
| 65 |
| 66 Nacelle/thrust reverser (Goodrich) |
| How do engineers determine the weight of an airplane which they are designing? |
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How is each component manufactured? What materials are used to manufacture each component? Which equations or formulas are useful in determining the strength of materials? How would you go ahead determining the strength of materials? What materials will you need? |
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How do you define a helicopter? How do you define an aircraft? What is a subassembly? A structural assembly, as of electronic or machine parts, forming part of a larger assembly. What are the seven major subassemblies that make up a helicopter? 1. Helicopter cockpit 2. Helicopter cabin 3. Helicopter fuselage 4. Helicopter skids 5. Helicopter tail boom 6. Helicopter tail rotor 7. Helicopter main rotor What are the six major subassemblies that make up an aircraft? 1. Aircraft fuselage or body 2. Aircraft empennage or tail assembly 3. Aircraft wings 4. Aircraft landing gear assemblies 5. Aircraft powerplant or jet engine 6. Aircraft flight control systems and instruments |
| Who are various manufacturers of large aircraft engines in the world? |
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Q) What is entailed in the whole process of aircraft making? Q) What are the materials used to manufacture an aircraft engine? Q) What is the whole process in manufacturing of this material? Q) Can a satellite manufacturing occur side by side with other manufacturing products? Q) What are the materials used to manufacture airframe? Q) What should be the dimensions of an aircraft manufacturing industrial estate plant with the following capacity? Aircraft for 800 passengers Wing span 115.02 m (or ft-in) Length 105.22 m (or ft-in) Jets of two types, single- and two-storied Jumbo |
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Air Route Traffic Control Center What is an Air Route Traffic Control Center? What equipment does an Air Route Traffic Control Center have? What are Air Route Traffic Control Centers located worldwide? How many Air Route Traffic Control Centers were there in the world as of March 15, 2011? Do submarines at sea have Air Route Traffic Control equipment? |
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Aerospace Security How many aircraft crashes were reported in 2010? There were 35 crashes in 2010. What was the cause of each aircraft crash? Should people participate in any research? Make sure those doing research are able to answer your questions. http://www.1001crash.com/index-page-crash-lg-2.html |
| Airspace Classifications |
| Aircraft Altitude |
| Airline Freight |
| Aviation Administration |
| Airplanes |
| Airport Construction |
| Aircraft Parts |
| Aircraft Parts Manufacture |
| Aircraft Engine and Engine Parts Manufacturing Industry |
| Aircraft Parts and Auxiliary Equipment Manufacturing Industry. |
| Aerospace Products and Parts Manufacture |
| Airlines |
| Airbus A350 |
| Aerospace Engineer |
| Aircraft Seating |
| Airports |
| Airport Security |
| Aviation Requirements |
| Avionics |
| Aerodynamics |
| Airplanes |
| Aircraft Quiz |
| Aviation Meterology |
| Aviation Meterology |
| Airline Pilot |
| Airline Crews |
| Boeing 747-400 |
| Boeing 787 |
| Blackbird |
| Black Boxes |
| Baggage Handling |
|
Calculate Static Thrust of Turbojet Engine Calculate Thrust of a Turbojet Engine |
| Cockpit |
| Cabin Airsystems |
| Customs |
| Concordes |
| Cutaway diagram of the General Electric CF6-6 engine |
| Elasticity |
| Fluid Dynamics |
| Flight instruments |
| Force |
| Global Aircraft |
| Gas Turbine Engines |
| Guided Missile and Space Vehicle Product and Parts |
| Global Aerospace & Defense |
| Hangar |
| Helicopters |
| IFR, VFR |
| Jet Engines |
| Largest Aircraft |
| Measurements |
| Material |
| Missiles |
| Mobile Communication Services on Aircraft |
|
Missile
It may be easy for some to fire a missile or missiles, but it is a criminal offense. You have to use aerospace technology and aerospace products and services to enhance essential needs of the people. You should focus on high resolution space radar. |
| Oil Refining |
| Pilot |
| Program evaluation |
| Pilot's Panel |
| Radar |
| Satellites |
| Satellites |
| Do the rotation of the earth and the direction in which you are flying affect the time of flight? |
|
Do you have a question? Do you have any questions for me? Do you have better answer? Does anyone else have a better answer? Does anyone else have an answer better than the answers I already have, we have? Would you like to add anything? Do you have any recommendations? Vocabulary |
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While you're in High School you should take: * Algebra |
| * Biology |
| * Calculus |
| * Chemistry |
| * Computer Applications / Programming |
| * English |
| * Fine Arts / Humanities |
| * Foreign Language |
| * Geometry |
| * Physics |
| * Social Studies |
| * Trigonometry |
| Regulations |