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The device aircrafts


The aircraft, a unique, sophisticated design, the work of which should be considered the maximum reliability and responsibility. That's because the winged steel mechanism is responsible for the most valuable thing that people have - for their lives. It was created by running a lot of people are counted every time, not overlooked the smallest detail, and are taken only for the work of responsible and good people.

For those who linked their lives with the aircraft or is going to do so, can acquire knowledge in this chapter. This is certainly a very useful and informative section of the website that provides professional information to those interested or engaged in professional designing, modeling of aircraft, engines and other components of his.

air technology nodes

Detailed description of the creation and operation provided drawings will help understand the topic so thoroughly as possible.

Section useful both for professionals, students and amateurs free just because such a wonderful invention, the plane or helicopter, can not motivate people actively using its capabilities.

If you have unique articles with photographs and drawings, you can share them with the readers of this resource, who are interested to replenished site interesting and informative information. Section (aircraft parts, aircraft parts, aircraft Physics) Is presented below.


The device of the aircraft:

Name Description
Fuselage The term "fuselage" is commonly understood as the body of the aircraft
Propeller plane. The blades of the aircraft. Propeller. Using screws converts torque from the engine thrust.
Avionics Avionics - the whole range of electronic equipment, which is installed on board the aircraft
Altimeter The altimeter is a flight and navigation instruments for measuring altitude
Aircraft Ventilation The air conditioning system of the aircraft is on-board life support system
Traction Thrust - the force, worked out motor. She pushes the aircraft through the air.
Stringer Longitudinal element circuit sets the plane which is associated with the ribs and the wing skin or fuselage frames
aircraft wing spar Longerons - a wing abutting components which are part of the compensatory nodes
heat shield The front part of the aircraft or missiles
Slats aircraft Responsible for regulating the carrying properties
The ramp of the aircraft The device is performing loading and unloading operations on the airplane.
Emergency and rescue means The order of application of aviation safety equipment
Flaps Aircraft Significantly improved load-bearing characteristics of the wing in the separation from the runway
Boarding the plane The shell, tail and forming the outer surface of the body of the aircraft
airborne radars Used to detect and locate air, surface and ground facilities
aircraft Chassis The system, consisting of supports that allow the aircraft to carry out the parking lot, moving cars, or water aerodrome
The luggage compartment of the aircraft Luggage compartments are thoughtful design that allows for easy loading
Vitality helicopter Combat survivability is as important parameter of the helicopter, as well as the range, payload
Stabilizer It acts as the rear surface of the carrier and is responsible for the longitudinal stability of the aircraft
center section The central part of feathers (wing) aircraft
Caisson It is a part of the power wing and other elements of the airframe
Autopilot Most of the flight control of passenger airliners carry it autopilots
Reverse Called reversion mode usedaircraft engine
The strength of the aircraft Safety of aircraft is directly related to the durability of structures
Ejector seat A special device that is intended to rescue the pilot or the crew of the aircraft in complex emergencies.
The bailout of the plane The rescue capsule - a closed ejection device which is intended to save the pilot of the aircraft in complex emergencies
Radio-technical short-range navigation system The main means of short-range navigation in ICAO Organization (ICAO) adopted the VOR system (VOR), BOR / DME (VOR / PMD, VORTAK (VORTAK) and TACAN (TAKAN)
Artificial horizon One of the instruments on board aircraft, which is used for indicating and determining the slope, roll, pitch the aircraft
Navigation lights Aircraft Any aircraft equipped with airborne air navigation and parking lights
Sidelights aircraft Lighting equipment has also called side lights Aircraft
Fuel tanks From fuel tanks are the fuel wires to the power plant, which ensures its food fuel
Rack Chassis The reception is one of the main componentschassis systems in airplanesany class
Types of aircraft engines All other engines can be divided into 9 major categories.
Aircraft Black Box Here's a riddle: It is orange, and it is called "black"
gargrot The streamlined fuselage missiles or aircraft
The term "mechanization of the wing" in English sounds like «high lift devices», which literally - a device for increasing the lifting force
Гидравлика The hydraulic system used to control the rudders and stabilizers, landing gear extension and retraction subsidence-takeoff mechanization, other consumers.
Voice informer An electronic device that provides automatic transfer of pre-programmed messages in information channels.
Compass aircraft It defines and maintains the course direction of flight
Turboprop engines are used in cases where the speed of the airplane is relatively small
For all jets in common the fact that during the combustion process and subsequent conversion of potential energy into kinetic energy of the combustion products
History piston engine has a few decades longer than the story of the aviation.
Today, aviation almost 100% consists of machines that use a type of gas turbine power plant
roll aircraft
Roll the aircraft (from the French. Carène - keel, underwater part of the ship or from the English. Kren-gen - put the ship on its side)
Weightlessness in the plane A condition in which the gravitational attraction is completely absent
Tyres for aircraft Aircraft tires - multielement component constructed of three materials: a cord, rubber and metal.
flight data
Speed,The climb rate, duration of flight, carrying capacity, maneuverability, evolvement, Ceiling
Pitch (fr. Tangage - pitching) - angular movement of an aircraft or ship relative to the main (horizontal) transverse axis of inertia.
Yaw (yaw) - angular movement of an aircraft, vessel, vehicle about the vertical axis, as well as small changes in the right or left of the course peculiar ship.
Steering wheel height of the aircraft Steering wheel height of the aircraft- Aerodynamic control of the aircraft carrying out its rotation around the transverse axis.
Attack angle aircraft angle of attack(common designation-alpha) - The angle between the direction of velocity of the incident flow on the body (liquid or gas) and the characteristic longitudinal direction
Aircraft lift Why do airplanes fly? Read more in this article ...
Filling Equipment airports Over the past 10 - 15 years has changed significantly fueling equipment for aircraft ground equipment.
Cabin crew The room is located at the front of the plane where the pilots manage
Sanitary unit It used as a rule, on passenger planes, which make long air flight
The hub of the system and their types System hydrant refueling aircraft (TSZSVS) is a complex system of pipes and fuel lines with a lot number of control units and pumping systems.
slotted wing This wing of the discharge side can be separated from the others ...
The maneuverability of the aircraft. Handling and stability of the aircraft. The maneuverability of the aircraft - is its ability to change over time its position in space
Failed engine airplane or a flight with asymmetric thrust. The flight manual for each type of aircraft provides recommendations for piloting in the event of an engine or propeller control system in all phases of flight
Takeoff, landing on the snow-covered airport Passenger planes operate runway cleared of snow and ice. However, in some cases, planes operate on specially prepared strips with snow cover
Emergency reduction of aircraft The pilot must perform reduction with maximum speed and with the greatest possible angle of trajectory.
Aeronautical meteorology Aeronautical Meteorology - Meteorology Applied branch that studies the impact of meteorological elements and weather phenomena on aircraft operations.
The line position of the aircraft Line position called the locus position of the aircraft on the ground
Doppler radar system Samoletnaya It is an autonomous radar system piloting
Rhumb Line, orthodromy Furthermore special cases when rhumb line and orthodromy match (flight along the meridian or equator)
Systems of reference travel angles and the plane of the course Selecting the frame corners travel flight and aircraft performance data rate is determined by the aircraft and its navigation equipment.
Piloting the great circle The maps used in civil aviation (scale 1: 1 000 000 and 1: 2 000 000)
Navigation and Separation Flight levels are established by conventional level, which corresponds to the level of the Baltic Sea
Category: Classification of airplanes

Classification served flight, technical characteristics and the type of engine used, except for these parameters to take into consideration a large number of features.

flight safety The problem which is solved by the efforts of civil aircraft manufacturers and operators
Air Transportation System It is a set of co-operating aircraft ...
flightworthiness Allows safe flight under the anticipated conditions and established operating procedures
Aircraft maintenance Complex operations to maintain and restore health elements of functional systems
pilot training The imperfection of the system of training of flight personnel is a significant deterrent to improve safety
Onboard Software The most important document is the DO-178


Large directory Boeing - glossary (English., And translated into Russian.)




The device of the helicopter:

Helicopter called aircraft heavier than air, The lift force is generated by one or more rotors
In helicopter wings rotate like a propeller blade.
Getting started on the project, the designer must know the technology decision-making.
Each unit has its own functionality.
The forces acting on the helicopter All the forces acting on the helicopter, can be divided into surface and mass.
An array defining the structural and technological factors, formed by the structural elements are not force
Helicopter rotor blades and consists of a sleeve. The blades create lift needs.
Operating conditions of the helicopter rotor blade is largely different from the operating conditions of an aircraft wing
Complete reliability and safety of the structure of the helicopter during the entire service life can only be ensured proper surveillance system during its operation
Requirements for helicopters Many of these requirements are contradictory, read more ...
Russia under the scheme helicopter with two screws was built back in the helicopter, the designer of the Antonov 1907.
In the role of a helicopter rotor wing plays.
We calculate the main rotor thrust ...
The strength of the helicopter design Under strength are due to the ability to perceive the structure without collapsing, given external loads occurring during operation
Helicopter rotor blade consists of several (typically to from 2 5), connected to the hub.
To avoid attachment or, in other words, to improve the stability of the helicopter between the blade and the sleeve is installed GSH
Swivel (or Coriolis) forces occur in all cases where the body simultaneously participating in two motions, one of which rotary
In mounting the blade to the hub has, in addition to axial and horizontal hinges, one hinge - vertical (VSH).
Helicopter rotor blades must be built so that they create the necessary lifting force arising withstand all loads on them
The engine of the helicopter is used for rotation of the rotor
Jet drive rotor has advantages in comparison with the driven piston engine
Rocket, powder, liquid rocket; jet engines, ramjet, a pulsating air-jet, turbo-jet and turbo-prop.
Here you can read an article about how to manage a helicopter and pomotret video.
In steady flight speed of the helicopter is constant or zero
Flight mode, in which there is not any movement of the center of gravity of the helicopter
Climb is a heavy vertical mode.
Consider now the climb along an inclined path in the presence of forward speed.
The descent and landing Shutter or scheduling is performed in such a mode of operation of the rotor, when the air passes through the rotor surface swept upwards
Autopilot Helicopter Enabling the autopilot in helicopter management system should be performed by a so-called differential circuit
Managing collective pitch rotor and helicopter engines Collective pitch lever with locking system in any position to the left of the pilot seat
Directional control helicopter Command directional control lever are the foot controller
helicopter cable runs The power cable runs from the State applied to various control channels
helicopter Transmission Constructive set of elements (units) of the kinematic connection propulsion (main) engine with a carrier (or curtain) screw
The main gearbox of the helicopter Rotational speed of modern gas turbine HPT ranges from 6000 17000 to rev / min
The lubrication system of the helicopter gearboxes The lubrication system brings oil to all rubbing parts gear - gear wheels, bearing supports, spline connection
Helicopter rotor shaft Val DI loaded by forces and moments on his sleeve and the torque generated at the output of GH
Gearboxes intermediate and tail rotor RV Reducer is designed to change the direction of the axis of the drive shaft at an angle of 90 ° and reduce its speed
Brake rotor and transmission shafts Brake HB (TNV) is designed to reduce the time and stop HB transmission units after switching off the engine
Expansion and gear couplings These couplings are used to connect shafts with axes and misalignment deformable base
spline connection In the compounds of transmission shafts are used primarily involute gears (splined) connection
MA Mechanical continuously variable transmission includes driving and driven shafts
Oil helicopter system The oil system of transmission is usually performed independently for each gear (main, intermediate, PB)
Power point Powerplant (SU) consists of a helicopter engine of its attachments, air intake, output devices, channels and systems
Mounting the engine in a helicopter Mounting the engine must accept the burden on its housing
helicopter Air intakes The design and layout of the air intake SU helicopter must be designed so ...
Input devices and engine hood helicopter Hoods (lining) engine nacelles designed and installed so as to withstand the vibration, inertia and other loads from the air stream
The fuel system of the helicopter It shall be designed and located so as to prevent the ignition of fuel vapor
Fuel tanks helicopters The tank is fixed so as to act on, a load is not concentrated on loose surfaces
Fire helicopter protection In addition to the automatic sprinkler system provides a system including a pilot.
helicopter Chassis The name "Chassis" says that the landing gear designed for taking off and landing of helicopters
The wheels of the helicopter landing gear Track Chassis affects protivokapotazhny angle y and the characteristics of the "earthly" resonance
Amortizartory chassis The strength of hitting the ground is perceived Pneumatics quantitatively converted and transmitted through the shock absorber on the design of the helicopter
Driving retraction Schemes release and cleaning the main landing gear is much more diverse
The fuselage of the helicopter The fuselage of the helicopter is designed to accommodate the crew, equipment and payload.
helicopter Wing Depending on the purpose of the wing formed the requirements that the designer must carry out the development of CIL
The tail assembly of the helicopter The tail unit consisting of horizontal (stabilizer) and single-fin vertical or dvuhkilevoe
Helipad The land area in the building, and so on. N., Equipped for takeoff, landing and maintenance of helicopters.
Heliport The small airport is designed to serve only helicopters.
intermeshing rotors In 30-ies of the last century, the German designer Anton Flettner invented synchropter.