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Projekte 2023/2026

  1. Fine Properties and Applications of Thin-Sheet Folding (An­trag­stel­ler: Bartels, Sören ;  Hornung, Peter)
  2. Novel Approaches for the Multidimensional Convexification of Inelastic Variational Models for Fracture (An­trag­stel­ler: Balzani, Daniel ;  Peter, Malte Andreas ;  Peterseim, Daniel)
  3. Multiscale systems of plasticity in a data-driven perspective (An­trag­stel­ler: Bartel, Thorsten ;  Schweizer, Ben)
  4. Variational model order reduction for the prediction of plastic events in disordered materials (An­trag­stel­ler: Bamer, Franz ; Stamm, Benjamin)
  5. Robust structures in compliance minimization (An­trag­stel­ler: Bella, Peter ;  Wirth, Benedikt)
  6. Variational quantitative phase-field modeling and simulation of powder bed fusion additive manufacturing (An­trag­stel­ler: Brunk, Aaron ;  Xu, Bai-Xiang)
  7. Modeling and Analysis of Adhesion Hysteresis Between Rough Surface (An­trag­stel­ler:  Dondl, Patrick ;  Pastewka, Lars)
  8. Variational modeling of parameter-dependent plasticity - relaxation approaches and numerical concepts (An­trag­stel­ler: Dolzmann, Georg ;  Hackl, Klaus)
  9. Coordination (An­trag­stel­ler: Dolzmann, Georg)
  10. Geometric nonlinearities in PDEs for Cosserat elasticity (An­trag­stel­ler: Gastel, Andreas)
  11. Variational Formulations in the Non-Isothermal Thermo-Chemo-Mechanics of Nonlinear Materials: Co-Design of Theoretical Model Development and Parallel Solvers – Phase 2 (An­trag­stel­ler:  Kiefer, Ph.D., Björn ;  Rheinbach, Oliver)
  12. Rate-independent systems in solid mechanics and their coupling with other dissipative systems (An­trag­stel­ler:  Knees, Dorothee ;  Mosler, Jörn)
  13. A variational scale-dependent transition scheme: From Cauchy elasticity to the relaxed micromorphic continuum (An­trag­stel­ler: Neff, Patrizio ;  Scheunemann, Lisa ;  Schröder, Jörg)
  14. Regularity and Scaling of Wild Microstructures in the Modelling of Shape-Memory Alloys (An­trag­stel­ler: Rüland, Angkana)
  15. Project on atomistic and continuum fracture models for nanorods: equilibria and dynamics (An­trag­stel­ler: Schmidt, Bernd)
  16. Nonlinear Fracture Dynamics: Modeling, Analysis, Approximation, and Applications (An­trag­stel­ler: Thomas, Marita ;  Weinberg, Kerstin ;  Wieners, Christian)

  1. STARTSEITE UR

Fakultät für Mathematik

Lehrstuhl VI

Prof. Dr. Georg Dolzmann

Regensburg Rechts
Kontakt

Gebäude M, Zi. 227
Telefon 0941 943 2698

Sekretariat:
Andrea Kotzulla
Gebäude M, Zi. 218
Telefon 0941 943 2598