High Velocity Impact Simulations
| Lecturer (assistant) | |
|---|---|
| Type | practical training |
| Duration | 4 SWS |
| Language of instruction | German |
| Position within curricula | See TUMonline |
Description
Theoretical considerations on launchers for particle acceleration (e.g. mechanical, asdynamic, electrothermal and plasmadynamic accelerators).
Basics of the measurement techniques in the hypervelocity regime (e.g. high speed photographie, velocity measurement, voltage and current measurement).
Application of hypervelocity (e.g. Space debris simulation, data of material under high load and pressure, development of space experiments).
Preparation and performance of experiments in the laboratory (e.g. electromagnetic acceleration, Bumper-shield demonstration, shock initiation, photographie)
Basics of the measurement techniques in the hypervelocity regime (e.g. high speed photographie, velocity measurement, voltage and current measurement).
Application of hypervelocity (e.g. Space debris simulation, data of material under high load and pressure, development of space experiments).
Preparation and performance of experiments in the laboratory (e.g. electromagnetic acceleration, Bumper-shield demonstration, shock initiation, photographie)
Teaching and learning methods
Teilnahme auf 12 Personen begrenzt.
Anmeldung über TUMonline
Anmeldung über TUMonline