Theses from working group Thiele

Bachelor’s theses

  • Florian Bruns, Numerische Untersuchung des Kuramoto-Modells auf verschiedenen Netzwerktopologien (2014) [PDF]
  • Mark Stringe, Modellierung spreitender Tropfen auf weichen Substraten (2014) [PDF]
  • Tim Wilhelm Kroll, Analyse raumzeitlicher Signale am Beispiel der Rayleigh-Bénard Konvektion (2014) [PDF]
  • Tobias Schemmelmann, Analyse laufender lokalisierter Strukturen in Systemen mit zeitverzögerter Rückkopplung (2016) [PDF]
  • Jonas Plate, Swarmingübergänge in diskreten Modellen (2016) [PDF]
  • Christopher Henkel, Gekoppelte Coarsening und Depinning-Ubergänge (2016) [PDF]
  • Shqiprim Adrian Abazi, Dynamische Eigenschaften und Entstehung von kriminellen Hotspots (2017) [PDF]
  • Pit Duwentäster, Kontinuumsmodelle für die Ausbreitung von Biofilmen (2017) [PDF]
  • Denis Hessel, Delaystabilisierung von Synchronisation mit Anwendung auf Stromnetzwerke (2017) [PDF]
  • Alexander Kirchhoff, Modellierung der Dynamik von eindimensionalen Entmischungsfronten (2017) [PDF]
  • Johanna Jakob, Von passiven zu aktiven Allen-Cahn-Modellen (2018) [PDF]
  • Thomas Seidel, Dynamics of discrete light bullets in passively mode-locked semiconductor lasers (2018) [PDF]
  • Tobias Wand, Bifurcation Analysis of Agent Based Models (2018) [PDF]
  • Jana Wrembel, Suppression of coarsening in coupled Cahn Hilliard models [PDF]

Master’s theses

  • Markus Wilczek, Pattern formation in Cahn-Hilliard models for Langmuir-Blodgett transfer (2012) [PDF]
  • Walter Tewes, A Theoretical Description of Pattern Formation in Thin Solution Layers (2013) [PDF]
  • Alexander Kraft, Application and Analysis if Time Delayed Feedback Control on the Swift-Hohenberg Equation (2014) [PDF]
  • Felix Tabbert, Dynamik Lokalisierter Strukturen mit Zeitverzörgerung (2014) [PDF]
  • Jan Hendrik Bongers, Anwendung der Finite-Elemente-Methode auf ein Cahn-Hilliard-Modell für Langmuir-Blodgett-Transfer (2015) [PDF]
  • Johannes Maximilian Kemper, Modeling of viscous drops on soft substrates (2015) [PDF]
  • Christian Schelte, Spatio-temporal dynamics of cavity solitons in a wide-aperture laser with saturable absorption induced by time-delayed feedback (2016) [PDF]
  • Frank Ehebrecht, Anticipation of critical transitions in complex systems (2017) [PDF]
  • Phong-Minh Timmy Ly, Time-periodic forcing in a Cahn-Hilliard model for Langmuir-Blodgett transfer (2017) [PDF]
  • Tobias Frohoff-Hülsmann, Nonlinear analysis of coupled dissipative systems with a conservation law (2017) [PDF]
  • Johannes Kirchner, Scattering of localized states in the active phase field crystal (aPFC) model (2017) [PDF]
  • Fenna Stegemerten, Front motion in Allen-Cahn-type equations (2018) [PDF]
  • Max Philipp Holl, Estimating low dimensional dynamical models for molecules (2018) [PDF]
  • Martin Hessler, Leading indicators in B- and R-tipping systems with focus on eigenvalue estimation (2018) [PDF]
  • Moritz Teigelkötter, Dynamics of droplets on switchable prestructured substrates (2019) [PDF]
  • Daniel Lahrmann, Phase-field-crystal models for colloidal liquid crystals (2019) [PDF]
  • Tobias Schemmelmann, Spreading of simple and complex liquids - numerical approaches using Finite Element Methods (2019) [PDF]

Doctoral theses

  • Christoph Honisch, Analysis of complex systems: From stochastic time series to pattern formation in microscopic fluidic films (2013) [PDF]
  • Johannes Lülff, Statistical and Dynamical Properties of Convecting Systems (2016) [PDF]
  • Markus Wilczek, Pattern Formation in Driven Thin Layers of Simple and Complex Liquids (2016) [PDF]
  • Sebastian Engelnkemper, Nichtlineare Analyse physikochemisch getriebener Entnetzung – Statik und Dynamik – (2017) [PDF]
  • Walter Tewes, Capillarity- and Wettability-Dominated Instabilities of Liquids on Solid Substrates (2018) [PDF]
  • Sarah Trinschek, Thin-Film Modelling of Complex Fluids and Bacterial Colonies (2018) [PDF]
  • Felix Tabbert, Localized States in Dissipative Systems with Inhomogeneities (2019) [PDF]
  • Lukas Ophaus, Analysis of the Active Phase-Field-Crystal Model (2019) [PDF]