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

  • 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"