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Bachelor and Master Theses (92)

Dear students,

you are very welcome to work on a Bachelor or Master thesis at the Institute of Applied Mechanics. The list below includes several topics which should be, however, only understood as suggestions. You can also contact one of the PhD students or the postdocs directly. In this way it is possible to obtain a task specialized according to your own ideas.

Bachelor and Master theses can be also combined with an activity as student assistant at IFAM or a cooperation with other institutes.
 

Examples for possible topics:

Overview

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Current and past works

 

 

  • "Process development of the three-dimensional winding technology using the example of the component development process of a hybrid gearbox carrier structure"; Master's Thesis; Shubham Gorde; Contact: Prof. Dr.-Ing. habil. Jaan-Willem Simon; finished in October 2020;
  • "Adaptation of Chaboche material model for describing the visco-plastic material behavior of silver sintered connection for power modules"; Master's Thesis; Harsharaj Ankalkoti; Contact: Prof. Dr.-Ing. habil. Jaan-Willem Simon; finished in September 2020;
  • "Development of an heuristic in the context of topology optimization to support global stability of crash structures under axial compression loads"; Master's Thesis; Enrique Benavides Banda; Contact: Prof. Dr.-Ing. habil. Jaan-Willem Simon; finished in June 2020;
  • "Microstructural clustering analysis of heterogeneous materials"; Bachelor's Thesis; Annika Schmidt; Contact: Christian Gierden, M. Sc.; finished in March 2020;
  • "Numerical modeling of the wet paper compression and expansion behavior during dewatering"; Master's Thesis; Nithish Prabhu; Contact: Prof. Dr.-Ing. habil. Jaan-Willem Simon; finished in February 2020;
  • "Implementation of a Coupled Finite Element Formulation for Thermomechanical Problems"; Bachelor's Thesis; Jan Pfeifer; Contact: David Jaworek, M. Sc.; finished in January 2020;
  • "Numerical investigation of paper using the concept of representative volume elements characterized by single fiber behavior and fiber-fiber interaction"; Master's Thesis; Greta Kloppenburg; Contact: Hagen Holthusen, M. Sc.; finished in December 2019;
  • "Simulative Auslegung einer vibro-akustischen Entkopplung für die Leistungselektronik in hochintegrierten elektrischen Antrieben"; Master's Thesis; Patrick Eifert; Contact: Prof. Dr.-Ing. habil. Jaan-Willem Simon; finished in December 2019;
  • "Theory and implementation of a constitutive framework for paperboard accounting for anisotropy and compressible plasticity at finite strains"; Master's Thesis; Erik Prume; Contact: Sebastian Felder, M. Sc.; finished in December 2019;
  • "Investigation of a reduced integration-based solid-shell element for gradient-extended damage and fracture"; Master's Thesis; Tim van der Velden; Contact: Oliver Barfusz, M. Sc.; finished in November 2019;
  • "Parameter identification of viscoelastic and viscoplastic material models for thermoplastic polyurethanes (TPU)"; Master's Thesis; Anshul Bhole; Contact: Prof. Dr.-Ing. habil. Jaan-Willem Simon; finished in November 2019;
  • "Development of design and optimization algorithms to reduce environmental impacts in the vehicle life cycle of body parts"; Master's Thesis; Aniket Kapse; Contact: Prof. Dr.-Ing. habil. Jaan-Willem Simon; finished in November 2019;
  • "Investigation of geometric and material influencing factors in the lifetime analysis of rocket combustion chambers"; Bachelor's Thesis; Rena Skadi Bögershausen; Contact: Oliver Barfusz, M. Sc.; finished in October 2019;
  • "Implementation of an explicit Finite Element formulation for dynamic analyses at finite strains"; Bachelor's Thesis; Christiane Rothkranz; Contact: Hagen Holthusen, M. Sc.; finished in October 2019;
  • "A thermomechanical interface formulation describing separation and friction in ceramic matrix composites"; Master's Thesis; Theron Guo; Contact: Marie-Christine Reuvers, M.Sc.; finished in October 2019;
  • "Determining the failure of wood veneer during forming process using FEM simulations"; Master's Thesis; Sameera Bellary; Contact: PD Dr.-Ing. Jaan-Willem Simon; finished in September 2019;
  • "Design and simulation of stress optimized sample geometry for the SCC test of 7000 aluminum alloys"; Master's Thesis; Anirudh Naik; Contact: Prof. Dr.-Ing. habil. Jaan-Willem Simon; finished in September 2019;
  • "A thermomechanical cohesive zone formulation describing interface separation in ceramic matrix composites"; Bachelor's Thesis; Jonathon Tyler Hartman; Contact: Marie-Christine Reuvers, M.Sc.; finished in August 2019;
  • "Material behaviour modelling of the self-piercing rivet joints under tension load on the matrix side"; Master's Thesis; Nishant Mistry; Contact: PD Dr.-Ing. Jaan-Willem Simon; finished in July 2019;
  • "Development of pedestrian protection design guidelines for vehicle development regarding new leg-impactor "aPLI" using simplified FEM model"; Master's Thesis; Nilesh Thakare; Contact: PD Dr.-Ing. Jaan-Willem Simon; finished in July 2019;
[1-20] 21-40 41-60 61-80 81-92 [ALLE 1-92]

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