Lehrinhalte
- atmosphere: structure and physics of the atmosphere, norm atmosphere
- thrust, airplane polar curve
- static state of flight: horizontal flight, climb, turn
- flight enveloppe
- distance flight
- take-off and landing
Literatur
- script
- Bruening, Hafer, Sachs: Flugleistungen
- Brockhaus: Flugregelung
- McLean: Automatic Flight Control Systems
- Ruijgrok: Elements of Airplane Performance
Voraussetzungen
Previous knowledge in engineering mathematics (linear algebra and calculus), technical mechanics (statics and dynamics) and fundamentals in thermodynamics (ideal gases) and fluid mechanics (incompressible fluids) required.
Erwartete Teilnehmerzahl
100
Online-Angebote
Moodle_Course
Additional Information
Beginn of course on October 21, 2013.
Beginning and end times may be modified after first lecture.
- atmosphere: structure and physics of the atmosphere, norm atmosphere
- thrust, airplane polar curve
- static state of flight: horizontal flight, climb, turn
- flight enveloppe
- distance flight
- take-off and landing
Literatur
- script
- Bruening, Hafer, Sachs: Flugleistungen
- Brockhaus: Flugregelung
- McLean: Automatic Flight Control Systems
- Ruijgrok: Elements of Airplane Performance
Voraussetzungen
Previous knowledge in engineering mathematics (linear algebra and calculus), technical mechanics (statics and dynamics) and fundamentals in thermodynamics (ideal gases) and fluid mechanics (incompressible fluids) required.
Erwartete Teilnehmerzahl
100
Online-Angebote
Moodle_Course
Additional Information
Beginn of course on October 21, 2013.
Beginning and end times may be modified after first lecture.
- Lehrende: Uwe Klingauf
Semester: Inverno 2018/19