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Bachelor- und Masterarbeiten (56)

Liebe Studierende,

Ihr seid sehr willkommen, am Institut für Angewandte Mechanik eine Bachelor- oder Masterarbeit anzufertigen. Die untenstehende Liste enthält einige Themen, die aber nur als Vorschläge zu verstehen sind. Ihr könnt auch gerne einen oder eine der wissenschaftlichen Mitarbeiter und Oberingenieure direkt kontaktieren und eine Aufgabenstellung "nach Maß" bekommen.

Bachelor- und Masterarbeiten sind auch in Kombination mit einer Hiwitätigkeit am IFAM möglich. Arbeiten in Zusammenarbeit mit anderen Instituten können ebenfalls organisiert werden.

Beispiele möglicher Themen

Gesamtübersicht

 

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Laufende und abgeschlossene Arbeiten

 

 

  • "Failure mechanisms of sandwich panels with honeycomb core"; Master's Thesis; Franziska Egli; Kontakt: Daniel Höwer, M.Sc.; finished in November 2017;
  • "Numerical and analytical determination of cohesive parameters for sandwich structures with honeycomb core"; Master's Thesis; Kumar Chandrashekar Jois; Kontakt: Daniel Höwer, M.Sc.; in progress since November 2017;
  • "3D dynamic simulation and material parameter identification of material processing by concrete hammer drilling"; Master's Thesis; Ayushi Malik; Kontakt: Dr.-Ing. Jaan Simon; finished in November 2017;
  • "Multiscale modeling of damage and fracture: Scale transitions from nano to macro"; Master's Thesis; David Jaworek; Kontakt: Shahed Rezaei, M.Sc.; finished in November 2017;
  • "Generation of representative volume elements for complex textile microstructures"; Master's Thesis; Shengkai Yu; Kontakt: Daniel Höwer, M.Sc.; finished in September 2017;
  • "Implementation of coupled plasticity and anisotropic damage model"; Master's Thesis; Omid Zarei; Kontakt: Shahed Rezaei, M. Sc.; finished in August 2017;
  • "Scaling of the failure limit curves with scatter bands for the robustness evaluation"; Master's Thesis; Sayantan Sarkar; Kontakt: Hamid Reza Bayat, M. Sc.; finished in July 2017;
  • "Implementation and studies of an elastic anisotropic damage model using a second order damage tensor"; Master's Thesis; Robert Eggersmann; Kontakt: Marek Fassin; finished in June 2017;
  • "Further implementation of a 2D discontinuous Galerkin method with reduced integration scheme into 3D linear elastic problems"; Master's Thesis; Steffen Kastian; Kontakt: Hamid Reza Bayat, M. Sc.; finished in May 2017;
  • "FFT-based modeling of the local and effective material behavior of elasto-viscoplastic polycrystals at finite strains"; Bachelor's Thesis; Stefan Berning; Kontakt: Julian Kochmann, M. Sc.; finished in September 2017;
  • "Two-scale modeling of the elasto-brittle mechanical behavior of heterogeneous materials"; Master's Thesis; Jaeyong Jung; Kontakt: Julian Kochmann, M. Sc., Dipl.-Ing. Tim Brepols; in progress since April 2017;
  • "Efficient computational homogenization of periodic elasto-plastic microstructures using a regional polarization approach"; Bachelor's Thesis; Marian Sielenkämper; Kontakt: Dr.-Ing. Stephan Wulfinghoff; finished in April 2017;
  • "A study on the modeling and simulation of high deformation of plastics under structural and thermal loads"; Master's Thesis; Vikrant Srivastava; Kontakt: Dr.-Ing. Jaan Simon; finished in March 2017;
  • "Multiscale FE-FFT-based thermo-mechanically coupled modeling of microstructural modifications of viscoplastic polycrystalline materials"; Master's Thesis; Sebastian Felder; Kontakt: Julian Kochmann, M. Sc.; finished in March 2017;
  • "Comparison of 2-D and 3-D models of mode I delamination of sandwich panels accounting for the sandwich core structure"; Mini Thesis; Kumar Chandrashekar Jois; Kontakt: Daniel Höwer, M.Sc.; finished in February 2017;
  • "Generation of the right hand side of the forming limit curves (FLC) based on the Marciniak-Kuczynski theory for ultra-high-strength steels with application to automobile industries"; Mini thesis; Sayantan Sarkar; Kontakt: Hamid Reza Bayat, M. Sc.; finished in January 2017;
  • "Experimental and numerical investigations of vehicle crash simulation using ultra-high-strength steel (UHSS) in sheet metal forming"; Master thesis; Shashidharan Tharani; Kontakt: Hamid Reza Bayat, M. Sc.; finished in November 2016;
  • "Implementierung eines gradientenerweiterten Schädigungsmodells unter Verwendung adaptiver Netzverfeinerung"; Bachelor's Thesis; Erik Prume; Kontakt: Stephan Wulfinghoff; finished in October 2016;
  • "Implementierung und Studien eines elastischen Schädigungsmodells unter Berücksichtigung des Rissschließungseffektes"; Bachelor's Thesis; Tim Peter van der Velden; Kontakt: Dipl.-Ing. Marek Fassin; finished in October 2016;
  • "Implementierung eines FFT-solvers bei großen Deformationen zur Vorhersage der lokalen und effektiven Materialantwort bei heterogenen Mikrostrukturen"; Bachelor's Thesis; Greta Kloppenburg; Kontakt: Julian Kochmann, M. Sc.; finished in October 2016;
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