Titlebook: Commercial Aviation in the Jet Era and the Systems that Make it Possible; Thomas Filburn Book 2020 Springer Nature Switzerland AG 2020 Com

流利圓滑

Cabin Pressurization Accidenterly. The large pressure difference between the air in the fuselage and the low pressure outside the aircraft can break open doors if improperly designed or latched. This chapter examines the effects of “explosive” decompression on a United Airlines Boeing 747 flying out of Hawaii.

準(zhǔn)則

Fuel System Failureliquid fuel, and therefore filled with fuel vapor. The tank had a significant thermal load increasing its ambient temperature from the operation of the nearby Air Management System. Finally, the investigators surmise that a chafed wire within the tank provided enough ignition energy to destroy the tank and the entire aircraft.

委派

Conclusioned propeller planes broke ground on pressurized fuselages, which allowed planes to climb above the worst weather (except for takeoff and landing) and provide their passengers comfort and relief from the most severe turbulence.

Hormones

dissent

Wheels, Brakes, and Landing Gearise the top speed. This section describes the pressurized struts used to absorb the sink rate energy of the fuselage upon touchdown. Finally, the chapter provides insight into the hydraulic systems used to apply brake pressure and the tremendous energy dissipated and heat built up during a typical braking event upon landing.

輕快帶來(lái)危險(xiǎn)

同時(shí)發(fā)生

嚴(yán)厲批評(píng)

insert

Flight System Sensor Failurebe measuring airspeed). The resulting ice buildup on the speed sensor produced a problem for the flight control computer which was exacerbated by copilot input. The resulting loss of control meant the entire aircraft, passengers, and crew were lost.

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