Alumni
Former PhD students
Year Name Title of Ph.D. Thesis
2022 Löwe, Jens-Michael Impact of High Electric Fields on the Behavior of Water Droplets under Various Ambient Conditions: Experiments and Theory
2021 Demel, Daniel Ein Beitrag zur Simulation der Sichtfreihaltung an Personenkraftwagen
2021 Wegt, Sebastian Computational characterization of flow and turbulence in IC engine-relevant cooling channels: An LES- and Reynolds-stress-modeling study
2021 Larroche, Alexander Ice Adhesion Strength and Durability of Nanostructured Coatings for Aerospace Applications
2020 Ling Xi, Li Light Scattering of Complex Particles: Application to the Time-Shift Technique
2020 Kutej, Lukas Numerische Modellierung der Aerodynamik der PKW-LKW Überholvorgänge mittels wirbelauflösender Turbulenzmodelle
2020 Kissing, Johannes Investigation and Control of Unsteady Flow Conditions on Airfoils
2020 Brulin, Sebastian Hydrodynamic Investigations of Rapidly Stretched Liquid Bridges
2020 Gerlach, Felix Wetting of geometrical structures in the order of the capillary length
2020 Vogeler, Isabell Road Load Determination in a Wind Tunnel
2020 Behnsch, Martin Die Optimierung des Luftwiderstands in der Fahrzeugaerodynamik unter Anwendung der Adjungiertenmethode
2020 Schiffmann, Klaus Experimental Investigation of a Wind Turbine with Adaptive Camber Rotor Blades under Gusty Conditions
2020 Feldmann, Johannes Aerodynamically Driven Surface-bound Liquid Flows: Characterization and Modeling of Wetting Patterns
2020 Bauer, Andreas Sebastian Validation of Wall Shear Stress Measurements Obtained with Magnetic Resonance Velocimetry
2020 Tenzer, Fabian Heat transfer during transient spray cooling: An experimental and analytical study
2019 Seiler, Patrick Aerodynamically Driven Wall-Bounded Drop Motion and Rivulet Formation
2019 Jungmann, Jens Eine experimentell validierte Methodik zur numerischen Simulation und Analyse des aerodynamischen und fahrdynamischen Verhaltens von Personenkraftwagen bei realitätsnaher, querdynamischer Fahrzeuganregung
2019 Krumbein, Benjamin A Modeling Framework for Scale-Resolving Computations of Turbulent Flow over Porous and Rough Walls
2019 Kittel, Hannah Drop Impact onto a Wall Wetted by a Thin Film of Another Liquid
2019 Rettenmaier, Daniel Numerical Simulation of Shear Driven Wetting
2018 Breitenbach, Jan Drop and Spray Impact onto a Hot Substrate: Dynamics and Heat Transfer
2018 Kuhnhenn, Maximilian Rotary Atomizer: Investigation of the Internal and External Liquid Flow and Atomization
2018 Thammanna Gurumurthy, Vignesh Dynamics of Corner Flow Driven by Wettability
2018 Schremb, Markus Hydrodynamics and Thermodynamics of Ice Accretion through Impact of Supercooled Large Droplets: Experiments, Simulations and Theory
2017 Simon, Bernhard Active Cancellation of Tollmien-Schlichting Waves under Varying Inflow Conditions for In-Flight Application
2017 Röhrig, Rüdiger Jet–stratification interaction: a computational study of containment-relevant flow configurations
2016 Kintea, Daniel Hydrodynamics and Thermodynamics of Ice Particle Accretion
2016 Freudenhammer, Daniel Magnetic resonance velocimetry for unsteady flows
2016 Maden, Imdat Numerische Untersuchung zur aktiven Strömungsbeeinflussung durch Plasma-Aktuatoren: Modellentwicklung und Anwendung
2016 Stegmann, Patrick Light Scattering by Non-Spherical Particles
2016 Cordes, Ulrike Experimental Investigation of a Passively Deforming Airfoil Under Dynamic Flow Conditions
2016 Maharshi, Subhash Computational modelling of liquid jet impingement onto heated surfaces
2016 Ullrich, Matthias Second-moment closure modeling of turbulent bubbly flows within the two-fluid model framework
2015 Wassermann, Florian Magnetic Resonance Imaging Techniques for Thermofluid Applications
2015 Linder, Nicklas Numerical Simulation of Complex Wetting
2015 Widmann, Alexander Formation and Detachment of Leading Edge Vortices on Unsteady Airfoils
2014 Opfer, Lars Controlling Liquid Atomization using Dilute Emulsions: Mitigation of Pesticide Spray Drift
2014 Buchmüller, Ilia Influence of pressure on Leidenfrost effect
2014 Reeh, Andreas Natural Laminar Flow Airfoil Behavior in Cruise Flight through Atmospheric Turbulence
2014 Friedrichs, Wilm Unmanned Aerial Vehicle for Flow Control Experiments with Dielectric Barrier Discharge Plasma Actuators
2014 Chang, Chi-Yao Development and Validation of Scale-resolving Computational Models Relevant to IC-engine Flow Configurations
2014 Criscione, Antonio Influence of Ice Formation on Drop Dynamics
2013 Barckmann, Katrin Active Vortex Generation using Dielectric Barrier Discharge Plasma Actuators in Laminar Boundary Layers
2013 Maduta, Robert An eddy-resolving Reynolds stress model for unsteady flow computations: development and application
2013 Yu, Haitao Laser Beam Interaction with Spheroidal Droplets: Computation and Measurement
2013 Li, Hai Drop Impact on Dry Surfaces With Phase Change
2013 Manukyan, Selin Fundamental Investigation of Forced Wetting on Structured Surfaces
2012 Duchmann, Alexander Boundary-Layer Stabilization with Dielectric Barrier Discharge Plasmas for Free-Flight Application
2012 Sirbubalo, Emir Computational study of statistically one-dimensional propagation of turbulence
2012 Gärtner, Marco Numerische Untersuchung der Auflösung einer Heliumstratifikation in einem Modellcontainment
2012 John-Puthenveettil, Gisa Computational modelling of complex flows using eddy-resolving models accounting for near-wall turbulence
2011 Weismüller, Michael A new Approach to Aerodynamic Performance of Aircraft under Turbulent Atmospheric Conditions
2011 Kriegeis, Jochen Performance Characterization and Quantification of Dielectric Barrier Discharge Plasma Actuators
2011 Lambie, Benjamin Aeroelastic Investigation of a Wind Turbine Airfoil with Self-Adaptive Camber
2010 Berberović, Edin Investigation of Free-surface Flow Associated with Drop Impact: Numerical Simulations and Theoretical Modeling
2010 Kyriopoulos, Olympia Natalia Gravity effect on liquid film hydrodynamics and spray cooling
2010 Kinzel, Matthias Experimental Investigation of Turbulence under the Influence of Confinement and Rotation
2009 Balewski, Benjamin Experimental investigation of the influence of nozzle-flow properties on the primary spray breakup
2009 Bakić, Saša Time Integrated Detection and Applications of Femtosecond Laser Pulses Scattered by Small Particles
2009 van Hinsberg, Nils Investigation of drop and spray impingement on a thin liquid layer accounting for the wall film topology
2009 Mühlbauer, Monika Modelling wall interactions of a high-pressure, hollow cone spray
2009 Rival, David Emory Development, Control and Recovery of Leading- and Trailing-Edge Vortices in Tandem-Airfoil Configurations
2009 Quadros, Regis Sperotte de Numerical Optimization of Boundary-Layer Control using Dielectric Barrier Discharge Plasma Actuators
2009 Al Zaitone, Belal Drying of Multiphase Single Droplets in Ultrasonic Levitator
2008 Batarseh, Feras Zaki Musa Spray generated by an airblast atomizer: atomization, propagation and aerodynamic instability
2008 Stahl, Martin Experimentelle und numerische Untersuchung des primären Strahlzerfalls von Druckzerstäubern
2008 Grundmann, Sven Transition control using dielectric barrier discharge actuators
2008 Kniesner, Björn Ein hybrides LES/RANS-Verfahren für konjugierte Impuls-, Wärme- und Stoffübertragung mit Relevanz zu Brennkammerkonfigurationen
2008 Omori, Takeshi LES Study of flow past a cylindrical particle subjected to mean shear
2006 Šarić, Sanjin Turbulent flow separation control by boundary layer forcing: a computational study
2006 Jester-Zürker, Roland Reynolds-Spannungsmodellierung des Skalartransports unter Bedingungen variabler Stoffeigenschaften in Drallbrennerkonfigurationen
2006 Poppner, Marc Modellierung und Simulation der Lackierung von PKW-Karossen mit bewegten, elektrostatisch unterstützten Hochrotationszerstäubern
2006 Palm, Roland Experimentelle Untersuchung der Strömung und Vermischung in einem Drallbrennermodell
2006 Horvat, Kristijan Computational modelling of spray impingement accounting for the wall film formation
2002 Groll, Rodion Numerische Modellierung der Verdunstung turbulenter Zwei-Phasen-Strömungen mittels eines Euler/Euler-Verfahrens