PRANSAC ASSIGNMENT 1 ‘Using the B737 as an aircraft type‚ you are required to research on the inventions and Innovations that have made this particular aircraft impact the development of Commercial airplane.’ Boeing 737 Introduction A. Aircraft The Boeing B737 is a short to medium wide range narrow body twin-engine body jet airliner. Originally designed in 1964‚ initially had its first maiden voyage in 1967 and joined into professional service in 1968. B. Company Boeing had
Premium Boeing 737 Boeing United Airlines
An airplane or aeroplane (informally plane) is a powered fixed-wing aircraft that is propelled forward by thrust from a jet engine or propeller. Airplanes come in a variety of sizes‚ shapes‚ and wing configurations. The broad spectrum of uses for airplanes includes recreation‚ transportation of goods and people‚ military‚ and research. Most airplanes are flown by a pilot on board the aircraft‚ but some are designed to be remotely or computer-controlled. Etymology and usage First attested in
Premium Aircraft
had suffered from metal fatigue and flown well over the intended takeoff-landing hours. (Stoller‚ 2001) Flight 243 experienced an explosive decompression and structure failure at flight level 240. An 18 ft. long section of ceiling area of the fuselage from the forward passenger cabin had separated from the flight deck door to the front of the wing. The opening extended from the left side of the cabin floor level to the right side window level. A flight attendant who was standing in the aisle
Premium Flight attendant
Curriculum September 2008 Paper Wings Guidelines Tools and materials Scissors A pair of scissors that cuts well. Ruler Used to fold pieces and make creases accurately Common ordinary table knife Used for making the creases in triangular long fuselage Clips Approximately 10 clips are required
Premium Wing Lift Aerodynamics
ng realty development corp. | How Does An Airplane Fly? | Questions Be Answered | | Rgie Xristian Ortega Ng | 3/12/2013 | Most of the people here in the Earth above questions or ask themselves how does an airplane fly. By reading this article‚ you can now understand how does an airplane fly. This article is then fitted with illustrations to help you more understand about the said topic. Also‚ here you can greatly understand the theory behind the said topic. | A ll the object here on the
Premium Wing Aircraft Airfoil
which is placed at jigged positions on the airframe structure. On light aircraft the longitudinally level position is generally obtained by placing the spirit level on two pegs or on the heads of two partially withdrawn screws on the side of the fuselage and adjusting the jacks (or the shock absorber extension or tyre pressures‚ if the aircraft is resting on its wheels) until the spirit level is centred. The laterally level position is obtained by placing the spirit level on the centre-section spar
Premium Wheel
Introduction A tandem wing aircraft has two main wings‚ with one located forward and the other to the rear‚ both wings contribute to lift. A lower first wing is located at the forward end of the fuselage attached directly to fuselage structure. A second higher wing is located at the aft end of the fuselage. Pitch control is achieved by increasing or decreasing the lift on either wing. In a tandem wing design the lift vectors on the two wings are spread far apart longitudinally‚ allowing them to act
Premium Wing design Aerodynamics Airfoil
through the air. Jets are composed of many different parts that come together to make them fly. There are several key components that aircraft have to help them achieve flight. Jets are basically comprised of the fuselage‚ wings‚ ailerons‚ rudder‚ elevator‚ and engine. Passengers ride in the fuselage‚ the wings achieve lift‚ the ailerons‚ rudder‚ and elevator control the direction of flight‚ and the jet engine provides propulsion. All of these components come together to achieve flight‚ and to carry passengers
Premium Hot air balloon Internal combustion engine Aircraft
during reentry and extremely cold temperature in the space. The Space Shuttle Orbital Maneuvering System: OMS is a system that contains liquid propellant rocket engines that are installed in the aft section of the fuselage. These engines provide thrust and exoatmospheric velocity changes in orbit and de orbit. The OMS is installed in two pods placed in either side; the engines can produce up to 1500 pounds of thrust. Each pod is equipped with Reaction Control System
Premium Space Shuttle Rocket Spacecraft
altitudes of up to 25‚000 feet (7‚620 meters). The slenderfuselage and inverted-V tailshelp the aircraft with stability‚ and a single rudder housed beneath the propeller steers the craft. The fuselage of the Predator is a mixture of carbon and quartz fibers blended in a composite with Kevlar. Underneath the fuselage‚ the airframe is supported by a Nomex‚ foam and wood laminate that is pressed together in
Premium Unmanned aerial vehicle Aircraft Internal combustion engine