Acoustics, Aeroacoustics, Automated Measurements

Research key words: duct acoustics, liners, acoustic boundary condition, impedance models, wall-bounded turbulent flow, flow-induced noise, turbulence with instationary boundary condition, nonlinear flow at edges and openings, sound-coherent Reynolds stress, mode decomposition, aeroacoustic experimental characterization and modeling

https://www.researchgate.net/profile/Anita-Schulz

• Projekte (2)
• Publikationen (8)
• Vorträge / Veranstaltungen (10)
• Preise / Auszeichnungen (2)
• Begutachtungen (5)
• Mitgliedschaften (5)
• Klimagerechte Energieversorgungssysteme und energieeffiziente Gebäude
  (Forschungscluster)

• 2026 Research Stay at Politecnico di Torino and Université de Sherbrooke (Scheduled)
• 2025 Elected board member of the German Acoustical Society (DEGA)
  
• 2022 Full professor at HTW Berlin
• 2021 Research stay at Politecnico di Milano, Department of Energy, Machines Fluid Dynamics Laboratory
• 2021 Lothar-Cremer Award for outstanding achievements of young academics by the German Acoustical Society (DEGA), awarded for pioneering research in aeroacoustics and the study of acoustic liners
• 2020 Research stay at Technical University Vienna, Institute for Mechanics and Mechatronics: FEM simulations on liners with grazing shear flow (openCFS)
• 2018-2022 Postdoctoral Researcher at DLR and TU Berlin, DFG Eigene Stelle on "A novel boundary condition for the complete description of the acoustic behaviour of perforated wall linings with grazing flow"
• 2019 Helmholtz Doctoral Award  in the field of Aeronautics, Space, and Transport, awarded by the Helmholtz Association Germany
• 2018 PhD in Engineering (Aeroacoustics), TU Berlin, Title: "Acoustic boundary conditions of perforated wall linings in flow ducts - physical models and impedance eduction"
  
• 2011-2018 Research assistant at German Aerospace Center (DLR) (Dept. Engine Acoustics) and TU Berlin (Dept. Turbomachinery Acoustics): Experiments and theoretical modelling of acoustic liners with bias flow and grazing turbulent mean flow, impedance eduction
• 2012 Intermediate Diploma in Sound Engineering (Tonmeister), Berlin University of the Arts
• 2011 Diploma degree in Electrical Engineering, TU Berlin, Specialization: Acoustics & Audio Communication

• VL+LPr Grundlagen der Elektrotechnik 1 (BSc), 6 SWS
• VL+LPr Automatisierte Messtechnik (BSc), 4 SWS
• VL+LPr Automatisierte Mess- und Testsysteme (MSc), 4 SWS
• VL+LPr Akustische Sensorik (MSc), 4 SWS
  

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• Computer-Messtechnik
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• Fachbereich 1: Ingenieurwissenschaften - Energie und Information
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• Informations- und Kommunikationstechnik (B)
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• Informations- und Kommunikationstechnik (M)
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• Labore
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