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Theses in progress

Theses in progress

 

The following student theses have already been assigned:

  • Implementierung von Kohäsivzonenmodellen mittels der Phasenfeldmethode (master thesis)

    Supervisor: Henning Lammen, M.Sc.

  • Modeling of a Viscoelastic Polymer - Experiment, Finite Element Implementation and Parameter Identification (master thesis)
    Supervisor: Robin Schulte M. Sc.
  • Implementierung eines Phasenfeldmodells für kleine Verformungen zur Untersuchung der Bruchenergie (bachelor thesis)
    Supervisor: Kai Langenfeld M. Sc.
  • A finite element approach to the modelling of crack propagation (project thesis)
    Supervisor: Tobias Kaiser M. Sc.
  • Implementierung und Validierung einer Parameteridentifikations-Routine in MATLAB (M.Sc.-Projektarbeit)
    Supervisor: Lars Rose M. Sc.
  • Ein thermodynamisch konsistentes Materialmodell für bainitische Phasentransformationen/A thermodynamically consistent material model for bainitic phase transformations (B.Sc.-Projektarbeit/B.Sc. project thesis)
    Supervisor: Dr.-Ing. Thorsten Bartel
  • Untersuchung des Einflusses verschiedener Faktoren auf die Oberflächenbeschaffenheit von additiv gefertigten Bauteilen (B.Sc. Projektarbeit)
    Supervisor: Tim Furlan
  • Identifikation von temperaturabhängigen Materialparamtern (B.Sc.-Projektarbeit)
    Supervisor: Lars Rose, M.Sc.
  • Studying size effects in interface elements (project thesis)
    Supervisor: Tobias Kaiser M. Sc.
  • Thermomechanical simulation of the SLM process for 316 L stainless steel (project thesis)
    Supervisor: Isabelle Guschke M. Sc.
  • Dynamische Finite-Elemente-Simulationen des Verhaltens von grundlegenden Ingenieurs-Strukturen/Transient finite element simulations of the behaviour of basic engineering structures (B.Sc. Projektarbeit/B.Sc. project thesis)
    Supervisor: Dr.-Ing. Thorsten Bartel
  • An analysis of the microstructure of woven composites (project thesis)
    Supervisor: Tobias Kaiser M. Sc.
  • Implementation of the isogeometric finite element method (project thesis)
    Supervisor: Tobias Kaiser M.Sc.
  • Solution approaches to local crystal-plasticity theory (project thesis)
    Supervisor: Volker Fohrmeister M. Sc.
  • Green-Naghdi-theory of heat conduction (bachelor thesis)
    Supervisor: Volker Fohrmeister M. Sc.
  • Modeling of endocytosis in 2D (project thesis)
    Supervisor: Tillmann Wiegold M. Sc.
  • Finite element-based parameter identification for a polymer under inhomogeneous deformations (master thesis)
    Supervisor: Dr.-Ing. Richard Ostwald, Robin Schulte M. Sc., Leon Sprave M. Sc.
  • Extension of a Feap userelement to plasticity with isotropic hardenening (Erweiterung eines Feap-Userelement auf Plastizität mit isotroper Verfestigung) (project thesis)
    Supervisor: Tillmann Wiegold M. Sc.
  • Implementierung einer thermo-mechanisch gekoppelten FE-Formulierung (project thesis)
    Supervisors: Serhat Aygün M. Sc.
  • Simulation nichtlinearer Schwingungen von Starrkörpern/Simulation of nonlinear oscillations of rigid bodies (B.Sc.-Projektarbeit/B.Sc. project thesis)
    Supervisor: Dr.-Ing. Thorsten Bartel
  • Finite element-based computation of diffusion problems (project thesis)
    Supervisors: Dr.-Ing. Richard Ostwald, Leon Sprave M. Sc.
  • On the regularising properties of the heat equation (project thesis)
    Supervisor: Dr.-Ing. Richard Ostwald
  • Experimentelle Untersuchung von Versagen im 3D-Druck mit zwei Komponenten (project thesis)
    Supervisors: Dr.-Ing. Patrick Kurzeja, Tim Heitbreder M. Sc.
  • Experimental determination of non-linear elastic material parameters in 3d printing by fused deposition modelling (bachelor thesis)
    Supervisor: Dr.-Ing. Patrick Kurzeja
  • A computational framework for the geometric intersection of general polyhedra (project thesis)
    Supervisors: Dr.-Ing. Richard Ostwald, Dipl.-Ing. Raphael Holtermann
  • Reconstruction of patient specific artery data based on magnetic resonance tomography (project thesis)
    Supervisor: Dr.-Ing. Richard Ostwald
  • Computation of energy barriers by minimization of implicit functions (project thesis)
    Supervisor: Dr.-Ing. Richard Ostwald
  • Untersuchung der Rechenzeit eines Userelements in parFEAP (project thesis)
    Contact: Prof. Dr.-Ing. Jörn Mosler, Christian Sievers M.Sc.
  • Rissausbreitungsmodell basierend auf Energieprinzipien (bachelor thesis) Supervisor: Tim Heitbreder, M. Sc.