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TU Berlin

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Finn Lückoff

Lupe

Experimental investigation of coherent structures in turbulent swirling flows and flames in model gas turbine combustors is the major objective of Finn Lückoff within the laboratory. In the course of this work, modern optical measurement technique and innovative flow control concepts are applied. In addition, Finn Lückoff is assisting in teaching the module “Thermofluiddynamisches Projekt”.

Fields of interest:

  • Turbulent flows and coherent structures
  • Optical measurement techniques (PIV, OH*-chemiluminescence, PLIF, QLS)
  • Flow control
  • Combustion and aerodynamics

Teaching:

Thermofluiddynamisches Projekt, 6 ECTS (Link: auf „Lehre“)

Qualifications

2015: M.Sc. Engineering science

2013: B.Sc. Engineering science

 

Professional Experience

01/2016: Research associate, experimental fluid dynamics (HFI)/Flow Instabilities and Dynamics 

2013: Internship Volkswagen AG department of optical combustion chamber measurement technique

2012-2015: Student assistant Herman-Föttinger-Institut (HFI) TU Berlin experimental fluid dynamics /combustion

Publications

Müller, Jens S and Lückoff, Finn and Oberleithner, Kilian (2019). Guiding actuator designs for active flow control of the precessing vortex core by adjoint linear stability analysis. Journal of Engineering for Gas Turbines and Power. American Society of Mechanical Engineers, 41028.


Lückoff, Finn and Sieber, Moritz and Paschereit, C. O. and Oberleithner, Kilian (2018). Open- and closed-loop control of the precessing vortex core in a swirl-stabilized combustor. Presentation at 4th International Retreat in Vortical Flow and Aerodynamics (IRVA4), October 01-03, 2018


Müller, Jens S and Lückoff, Finn and Oberleithner, Kilian (2018). Receptivity analysis of the precessing vortex core in a turbulent swirling jet by open-loop control and adjoint linear stability theory. 12th European Fluid Mechanics Conference


Müller, Jens S and Lückoff, Finn and Oberleithner, Kilian (2018). Guiding actuator designs for active flow control of the precessing vortex core by adjoint linear stability analysis. ASME Turbo Expo 2018: Turbomachinery Technical Conference and Exposition


Oberleithner, Kilian and Lückoff, Finn and Müller, Jens S and Litvinov, Ivan and Shtork, Sergey and Alekseenko, Sergey (2018). Prediction of the precessing vortex core in the draft tube of a model hydro turbine based on linear stability theory. 5th IAHR Europe Congress


Lückoff, Finn and Sieber, Moritz and Paschereit, Christian Oliver and Oberleithner, Kilian (2017). Characterization of Different Actuator Designs for the Control of the Precessing Vortex Core in a Swirl-Stabilized Combustor. Journal of Engineering for Gas Turbines and Power. ASME, 041503.


Lhuillier, Charles and Oddos, Romain and Zander, Lisa and Lückoff, Finn and Göckeler, Katharina and Paschereit, Christian Oliver and Djordjevic, Neda (2017). Hydrogen-Enriched Methane Combustion Diluted With Exhaust Gas and Steam: Fundamental Investigation on Laminar Flames and NO x Emissions. Volume 4B: Combustion, Fuels and Emissions. ASME, V04BT04A054.


Lückoff, Finn and Sieber, Moritz and Paschereit, Christian Oliver and Oberleithner, Kilian (2017). Characterization of Different Actuator Designs for the Control of the Precessing Vortex Core in a Swirl-Stabilized Combustor. Volume 4A: Combustion, Fuels and Emissions. ASME, V04AT04A040.


Müller, Jens S and Lückoff, Finn and Oberleithner, Kilian (2017). Receptivity of a precessing vortex core to open-loop forcing in a swirling jet and its predictability by linear stability adjoint theory. APS Meeting Abstracts


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