Habilitationen / Promotionen

Habilitationen

  • PD Dr.-Ing. habil. Daniel Balzani, 4. Dezember 2012
    "Simulation of Micro-Heterogeneous Materials based on Multiscale Approaches using Statistical Microstructure Descriptions"
     
  • PD Dr.-Ing. habil. Bernhard Eidel, 30. September 2011
    "Modeling and Numerical Analysis of Inelasticity On and Across Multiple Length Scales"

Promotionen

Die Dissertationen sind in der Schriftenreihe "Berichte des Instituts für Mechanik, Universität Duisburg-Essen" erschienen
und digital ab Band 10 unter https://doi.org/10.17185/duepublico/70528 verfügbar.

  • Dr.-Ing. Yasemin von Hoegen, 31. Oktober 2025
    "Adaptive Model Order Reduction in Solid Mechanics for Elasto-Plastic Boundary Value Problems"

  • Dr.-Ing. Mangesh Prakash Pise, 14. Mai 2025
    "Phase-field Modeling of Fracture in Steel Fiber-Reinforced High-Performance concretes"

  • Dr.-Ing. Mohammad Sarhil, 14. Oktober 2024
    "On the finite element realization, boundary conditions and parameters identification of the relaxed micromorphic model"

  • Dr.-Ing. Julia Nicolina Sunten, 07. Oktober 2024
    "Dynamic TPM models for mass transport in elastoplastic soils"

  • Dr.-Ing. Maximilian Reichel, 08. Januar 2024
    "Numerical analysis of magneto-mechanically coupled mesostructures"

  • Dr.-Ing. Simon Maike, 15. Dezember 2023
    "The Theory of Porous Media in the Framework of the Mesh-in-Element Method"

  • Dr.-Ing. Sonja Hellebrand, 30. August 2023
    "Numerical simulation of microstructural residual stresses of hot bulk forming parts with targeted cooling"

  • Dr.-Ing. Solveigh Averweg, 12. Mai 2023
    "Modeling of Fluid-Structure Interactions with the Least-Squares FEM"

  • Dr.-Ing. Sascha Maassen, 22. März 2023
    "The Material Point Method for dynamic Metal Processing"

  • Dr.-Ing. Maximilian Igelbüscher, 26. August 2021
    "Mixed and hybrid least-suares FEM in nonlinear solid mechanics"

  • Dr.-Ing. Alexander Jung, 26. April 2021
    "Electromechanical modelling and simulation of hiPSC-derived cardiac cell cultures"

  • Dr.-Ing. Nils Viebahn, 02. Oktober 2019
    "A contribution to stress-displacement based mixed galerkin finite elements for hyperelasticity"

  • Dr.-Ing. Markus von Hoegen, 08. Februar 2019
    "Modeling the passive mechanical response of soft tissues: constitutive modeling approaches,
    efficient parameter selection and subsequent adjustments due to residual stresses"

  • Dr.-Ing. Wolfgang Moritz Bloßfeld, 01. Februar 2019
    "Gefrier- und Auftauprozesse in gesättigten porösen Materialien - Ein Modellierungskonzept im Rahmen der Theorie poröser Medien"
     
  • Dr.-Ing. Matthias Labusch, 14. November 2018
    "A two-scale homogenization scheme for the prediction of magneto-electric product properties"
     
  • Dr.-Ing. Carina Nisters, 31. August 2018
    "Least-squares finite element methods in fluid and solid mechanics and their application to fluid-structure interaction problems"
     
  • Dr.-Ing. Steffen Specht, 28. September 2017
    "Modeling of Self-Healing Polymers and Polymeric Composite Systems"
     
  • Dr.-Ing. Lisa Scheunemann, 21. Juli 2017
    "Scale-bridging of Elasto-Plastic Microstructures using Statistically Similar Representative Volume Elements"
     
  • Dr.-Ing. Karl Steeger, 12. Mai 2017
    "Least-square mixed finite elements for geometrically nonlinear solid mechanics"
     
  • Dr.-Ing. Sarah Brinkhues, 19. Oktober 2012
    "Modeling and simulation of arterial walls with focus on damage and residual stresses"
     
  • Dr.-Ing. Dominik Brands, 19. September 2012
    "Geometrical Modeling and Numerical Simulation of Heterogeneous Materials"
     
  • Dr.-Ing. Marc-André Keip, 19. Dezember 2011
    "Modeling of electro-mechanically coupled materials on multiple scales"
     
  • Dr.-Ing. Vera Ebbing, 31. Mai 2010
    "Design of Polyconvex Energy Functions for All Anisotropy Classes"
     
  • Dr.-Ing. Alexander Schwarz, 11. September 2009
    "Least-Squares Mixed Finite Elements for Solid Mechanics"
     
  • Dr.-Ing. Oliver Hilgert, 15. Februar 2008
    "Zur Modellierung und Simulation diskreter Rissausbreitungsvorgänge"
     
  • Dr.-Ing. Ingo Kurzhöfer, 12. Februar 2007
    "Mehrskalen-Modellierung polykristalliner Ferroelektria basiernd auf diskreten Orientierungsverteilungsfunktionen"
     
  • Dr.-Ing. Holger Romanowski, 24. Mai 2006
    "Kontinuumsmechanische Modellierung ferroelektrischer Materialien im Rahmen der Invariantentheorie"
     
  • Dr.-Ing. Joachim Löblein, 15. Juli 2004
    "Ein Modell zur Beschreibung finiter anisotroper elasto-plastischer Deformationen unter Berücksichtigung diskreter Rissausbreitung"