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Modulbezeichnung (engl.):
General Aircraft Knowledge I & Principles of Flight I |
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Code: ABBG42 |
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4V (4 Semesterwochenstunden) |
5 |
Studiensemester: 2 |
Pflichtfach: ja |
Arbeitssprache:
Deutsch |
Prüfungsart:
Klausur (Minimum 75 % zum Bestehen) 60 Minuten allgemeine Luftfahrzeugkenntnisse, 45 Minuten Aerodynamik
[letzte Änderung 11.06.2015]
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Prüfungswiederholung:
Informationen bzgl. der Prüfungswiederholung (jährlich oder semesterweise) finden Sie verbindlich in der jeweiligen ASPO Anlage.
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ABBG42 (P410-0003) Aviation Business (grundständig), Bachelor, ASPO 01.10.2015
, 2. Semester, Pflichtfach
ABBG42 (P410-0003) Aviation Business (grundständig), Bachelor, ASPO 01.10.2018
, 3. Semester, Pflichtfach
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Die Präsenzzeit dieses Moduls umfasst bei 15 Semesterwochen 60 Veranstaltungsstunden (= 45 Zeitstunden). Der Gesamtumfang des Moduls beträgt bei 5 Creditpoints 150 Stunden (30 Std/ECTS). Daher stehen für die Vor- und Nachbereitung der Veranstaltung zusammen mit der Prüfungsvorbereitung 105 Stunden zur Verfügung.
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Empfohlene Voraussetzungen (Module):
Keine.
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Sonstige Vorkenntnisse:
ABBG61 Visual Flight Training I
[letzte Änderung 04.05.2016]
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Als Vorkenntnis empfohlen für Module:
ABBG14 Messtechnik, Antriebstechnik & Zelltechnik ABBG15 Flugzeug Wartung und Instandhaltung ABBG411 ATPL-Prüfungsvorbereitung ABBG47 Allgemeine Luftfahrzeugkenntnisse & Aerodynamik II ABBG62 Visual Flight Training II
[letzte Änderung 12.05.2016]
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Modulverantwortung:
Studienleitung |
Dozent/innen: Matthias Lehmann (Vorlesung) Rolf Weymar (Vorlesung)
[letzte Änderung 04.05.2016]
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Lernziele:
General Aircraft Knowledge (broader term) Part 1: General aircraft knowledge is subdivided into the subjects: • Airframe and systems, electrics, powerplant, emergency equipment • Instrumentation The students have comprehensive knowledge about airframe designs and materials used, loads applied to the aircraft structure, and aircraft construction including aeroplane systems and propulsion systems and the instrumentation. This knowledge enables the students to operate single engine aeroplanes, to recognise coherences between technical systems and indication of parameters. Principles of Flight Part 1: This subject starts with elementary physics and theories of subsonic airflow. The students will attain knowledge about different aircraft axis, wing design, air foil pressure distribution, aerodynamic forces and loads applicable to operate a single engine propeller driven aeroplane in a low subsonic speed range. The students have understanding of speed, manoeuvre and load limitations and their underlying principles. [OE+0+0+0+0+0+0=0]
[letzte Änderung 11.02.2020]
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Inhalt:
General Aircraft Knowledge Part 1 1. Airframe and systems 1.1. Airframe design and materials 1.2. Aircraft construction 1.3. Loads applied to aircraft structures 1.4. Fuselage, wings, control and stabilising surfaces 1.5. Landing gear, wheels, tyres 1.6. Pneumatic systems 2. Electrics 2.1. DC electrics - basic principles -magnetism 2.2. Switches 2.3. Batteries 2.4. DC generation 2.5. Circuit protection and capacitors 2.6. Aircraft electrical power system 3. Powerplant 3.1. Essential physics revision – internal combustion principles – the properties of gases – the gas laws – mechanisms of heat transfer – Newton’s laws of motion – thrust –power –torque 3.2. Piston engines – principle of operation – designs and components 3.3. Engine starting and ignition 3.4. Piston engine lubrication and cooling 3.5. Piston engine fuel system 3.6. Piston engine supercharging 3.7. Piston engine power, efficiency and control 3.8. Propeller aerodynamics 3.9. Instrumentation 3.9.1.Pressure sensing 3.9.2. The Altimeter 3.9.3. The vertical speed indicator 3.9.4. The air speed indicator 3.9.5. Air temperature measurement 3.9.6. Terrestrial magnetism 3.9.7. The direct indicating compass 3.9.8. Gyro basics 3.9.9. Gyroscopes 3.9.10. Directional gyro indicator 3.9.11. Attitude indicator 3.9.12. Turn indicator & turn coordinator 3.9.13. Aircraft magnetism & deviation 3.9.14. Engine instruments Principles of Flight Part 1 1. Air, atmosphere, airspeed, airflow 2. Aerodynamic forces, aerofoil pressure distribution 3. Introduction to lift 4. Introduction to drag 5. Aircraft axis, aircraft wing, design of wings 6. Lift augmentation 7. Three dimensional airflow 8. Aircraft drag 9. Stalling, stall warning 10. Spinning 11. Level flight, climb, descent, turns 12. Propeller design and effects
[letzte Änderung 11.02.2020]
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Weitere Lehrmethoden und Medien:
Lectures, exercises, calculations / ppt and keynote presentations, white board, flip chart, iTunes U, iPad or MacBook, animations,
[letzte Änderung 11.02.2020]
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Literatur:
- ATPL learning objectives, EASA 2016 - ATPL Aircraft General Knowledge Airframe & Systems, Slate Ltd. 2012 - ATPL Aircraft General Knowledge Electrics, Slate Ltd. 2012 - ATPL Aircraft General Knowledge Engines, Slate Ltd. 2012 - ATPL Aircraft General Knowledge Basic Instrumentation, Slate Ltd. 2012 - ATPL Principles of Flight, Slate Ltd. 2012
[letzte Änderung 11.02.2020]
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