Talks

• 7. October 2016, Dynamiktag des Instituts, Stuttgart,
  "Wie klingt das Teil? Klangsythese schwingender Strukturen."
• 29. June 2016, Statusseminar des Instituts, Bad Liebenzell,
  "Optimierung virtueller Idiophone"
• 12. October 2015, AHD, Airbus Helicopters Deutschland, Donauwörth,
  "Abschlussbericht des Projektes COROS"
• 8. September 2015, International Conference on Engineering Vibration, Ljubljana,
  "Excitation Techniques for the Sound Analysis of Electric Guitars"
• 27. May 2015: AHD, Airbus Helicopters Deutschland, Donauwörth,
  "Model Order Reduction using MatMorembs"
• 27. August 2014: AHD, Airbus Helicopters Deutschland, Donauwörth,
  "Beauftragung Universität Stuttgart im Projekt SKAT. Modellreduktion für drehende Systeme."
• 22. July 2014: 11. WCCM, Barcelona
  "Analysis of Static Condensation and Accuracy of Models and Their Reduction"
• 25. June 2014, Statusseminar des Instituts, Bad Liebenzell,
  "Experimentelle Modalanalyse in der Anwendung"
• 3. February 2014: Musikhaus Thomann, Burgebrach,
  "Measurement and Simulation of Musical Instruments"
• 20. September 2013: GMA-Fachausschuss 1.30, "Modellbildung, Identifikation und Simulation in der Automatisierungstechnik", Salzburg,
  "Analysis of Static Condensation and Accuracy of Models and Their Reduction"
• 30. August 2013: CMM 2013, Poznan,
  "Model Reduction for a Helicopter Airframe used in Coupled Simulation"
• 12. June 2013, Statusseminar des Instituts, Bad Liebenzell,
  "Wofür moderne Reduktion?"
• 12. June 2012, Statusseminar des Instituts, Bad Liebenzell,
  "Vorstellung der Diplomarbeit und weiteres Forschungsgebiet."

Supervised Theses

• Khallouki, Y.: Numerische Simulation und Optimierung des Klangs von Vibraphonplatten.
  University of Stuttgart, Institute of Engineering and Computational Mechanics, 2016.
  
• Lenhardt, F.: Entwicklung einer Strategie zur Schwingungsspitzenreduktion an einem Trägerbauteil für Abgassystemkomponenten einer Höchstdruckwasserstrahlanlage.
  MSC-241, University of Stuttgart, Institute of Engineering and Computational Mechanics, 2016.
  
• Stiefel, M.: Regelstrategien für Saitenschwinger.
  Student research project, BSC-225, University of Stuttgart, Institute of Engineering and Computational Mechanics, 2015.
  Supervised with Dipl.-Ing. Markus Burkhardt
• Wulle, F.: Untersuchung zur Schallausbreitung und Tonbildung einer schwingenden Struktur.
  Student research project, STUD-423, University of Stuttgart, Institute of Engineering and Computational Mechanics, 2015.
  
• Brändle, S.: Numerische Modellierung des Schwingungsverhaltens einer Konzert-Triangel.
  Student research project, BSC-45, University of Stuttgart, Institute of Engineering and Computational Mechanics, 2014.
  
• Lenhardt, F.: Numerical and Experimental vibration analysis of a Triangle Instrument.
  Student research project, BSC-26, University of Stuttgart, Institute of Engineering and Computational Mechanics, 2013.
  
• Fröhlich, B.: Modal analysis und Model-Updating for a Pin on Disk System.
  Student research project, Bachelorarbeit, University of Stuttgart, Institute of Engineering and Computational Mechanics, 2013.
  Supervised with M.-Sc. Andreas Hanselowski

Teaching

• Proseminar Engineering Cybernetics (summer term 2012)


• Supervising of the Practical Training Experimental modal analysis. (summer term 2013)


• Proseminar Engineering Cybernetics (summer term 2013)


• Supervising of the Practical Training Experimental modal analysis. (summer term 2014)


• Proseminar Engineering Cybernetics (summer term 2014)


• Supervising of the Practical Training Experimental modal analysis. (summer term 2015)


• teaching assistent of the lecture Applied Mechanics IV (summer term 2014)


• Supervising of the Practical Training Experimental modal analysis. (summer term 2016)