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Aerospace Engineering
University, Engineering and Architecture
Design and development of aircraft, space vehicles and their systems. Source: Wikipedia (CC BY-SA 4.0).
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What you need to know
Read the full theory →Definition, fundamentals, and historical evolution of aerospace engineering
- Aerospace Engineering: design and manufacturing of atmospheric and space vehicles.
- Aeronautics: systems in the atmosphere; Astronautics: propelled vehicles and space artifacts.
- Technical foundations: aerodynamics, fluid mechanics, and structural engineering.
- Integrated engines: turbofans, turbojets, turboshafts, and alternators.
- Integrated disciplines: aerodynamics, propulsion, avionics, materials science, structural analysis, and manufacturing.
- Sir George Cayley: first to separate lift and drag forces.
- Wright Brothers (1903): first controlled flight of 12 seconds.
- Konstantín Tsiolkovsky (1903): publication of the rocket equation.
- Robert Goddard (1914): patents for solid-fuel, liquid-fuel, and multi-stage rockets.
- Messerschmitt Me 262 (1944): first operational jet aircraft.
- Aerospace definition (1958): unifies atmosphere and outer space.
- Sputnik (October 4, 1957): first satellite of the USSR.
- NASA (1958): founded as a response to the Cold War.
- Apollo 11 (1969): first manned mission to the Moon.
History and foundations of aerospace engineering
- Boeing 747: first commercial flight on January 30, 1970
- Boeing 747 capacity: 480 passengers
- Concorde: first supersonic passenger aircraft (development agreed in 1962, flight in 1976)
- Antonov An-225 Mriya: first flight on December 21, 1988
- An-225 Records: heaviest aircraft, heaviest cargo, and widest wingspan
- Airbus A380: first commercial flight on October 25, 2007
- Airbus A380 Capacity: 853 passengers
- Aerospace engineering definition: design, calculation, and optimization of mechanical systems and production processes
- Mechanical engineering: manufacturing, maintenance, and design
- Astrodynamics: behavior of objects in space
- Aerodynamics: fluid motion and lift
- Propulsion: energy for movement (combustion or alternative engines)
- Structure: physical configuration to withstand forces and minimize weight
- Materials engineering: development of materials for specific applications
- Aeroelasticity: interaction between aerodynamic forces and structural flexibility
- Airports: infrastructure management and operational services
- Informatics: onboard computing systems and simulations
- Foundation: theoretical mathematics (fluid dynamics, equations of motion) and empirical testing
- Subsystem integration: power, communications, thermal control, and life support
- Technical difference: engineering solves problems; science understands the nature of the universe
Flashcard preview (6 of 10)
- 01
In aerospace engineering, what defines astronautical engineering?
The design of powered vehicles and artifacts for outer space.
- 02
Which two forces did Sir George Cayley first separate in atmospheric flight vehicles?
Lift and drag.
- 03
In what year did Konstantin Tsiolkovsky publish the rocket equation, the basis of astronautics?
1903
- 04
Which aircraft was the first to be powered by an operational jet engine (1944)?
Messerschmitt Me 262
- 05
In what year did the first definition of aerospace engineering as a single field (atmosphere and space) appear?
1958
- 06
Maximum passenger capacity of the Boeing 747 (known as the "Jumbo Jet"):
480 passengers
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