Spaceflight Mechanics is a 6 CP lecture on the basics of astrodynamics. You will learn about the two body problem, orbital perturbations, orbital manoeuvres, and applications.
Datum:
Dozenten: Dr. rer. nat. Markus Landgraf
Semester: WiSe 2019/20
Themenbereiche: Ingenieurswissenschaften Naturwissenschaften Naturwissenschaften Ingenieurswissenschaften
Bereiche: Informatik Mathematik Physik Maschinenbau
Sprache: english
Links:
Vorlesungen:
- Orbital Motion - 4 17.11.2018
- Chapter 2 - Summary 17.11.2018
- Orbital Motion - 2 17.11.2018
- Orbits in the Geocentric Frame 17.11.2018
- Shape of the Earth 17.11.2018
- Orbits for Telecommunications 2 17.11.2018
- Orbits for Telecommunications 3 17.11.2018
- Reference Frames and Time 17.11.2018
- Rocket Propulsion 17.11.2018
- Applications and Tools 17.11.2018
- Rocket Propulsion 2 17.11.2018
- Applications and Tools - 2 17.11.2018
- Orbital Transfers 17.11.2018
- Transfer Optimality 17.11.2018
- Chapter 3 Summary, Angular Momentum, and Moments of Inertia 17.11.2018
- Review Chapter 2 - 5 17.11.2018
- Principal Axes 17.11.2018
- Summary Chap 6+ 17.11.2018
- Motion of the Spinning Top 17.11.2018
- Spinning Satellites 17.11.2018
- Summary Chapter 4, Introduction to Perturbations 17.11.2018
- Osculating Conditions 17.11.2018
- Lagrange Equations 17.11.2018
- Earth's Gravity 17.11.2018
- Oblateness Perturbations 17.11.2018
- Oblateness Perturbations - 2 17.11.2018
- Introduction to Spaceflight Mechanics Winter Term 2019/2020 17.11.2018
- The Two-Body Problem 17.11.2018
- Atmospheric Drag 17.11.2018
- The Kepler Problem 17.11.2018
- Atmospheric Drag 2 17.11.2018
- Integrals of Motion 17.11.2018
- Atmospheric Drag 3 17.11.2018
- Elliptical Motion 17.11.2018
- Other Perturbations 17.11.2018
- Basic Concepts Summary 17.11.2018
- Orbital Motion 17.11.2018
- Molnyia and Tundra 17.11.2018
- Orbits for Earth Observation 17.11.2018
- Orbits for Telecommunication 17.11.2018
- Orbital Motion - 3 17.11.2018