Multiscale Modelling and Nonlinear Dynamics
Leader of the group Multiscale Modelling and Nonlinear Dynamics (MAC3): Ute Ebert
The group is unified by concepts of multiscale modeling and nonlinear dynamics (as indicated by the new theme name as of 2007). The analysis of nonlinear partial differential equations plays a central role; methods include numerical analysis and computational science as well as model reduction and analysis of coherent structures. Other problems concern stochastic particle models and their hybrid coupling to PDE's or the reduction of PDE fronts to moving boundaries and solution of boundary models. Main application areas within the group are electric discharges and plasma technology on the one hand, and cell biology on the other hand.
The group is unified by concepts of multiscale modeling and nonlinear dynamics (as indicated by the new theme name as of 2007). The analysis of nonlinear partial differential equations plays a central role; methods include numerical analysis and computational science as well as model reduction and analysis of coherent structures. Other problems concern stochastic particle models and their hybrid coupling to PDE's or the reduction of PDE fronts to moving boundaries and solution of boundary models. Main application areas within the group are electric discharges and plasma technology on the one hand, and cell biology on the other hand.
The theme has three subgroups:
- Electric discharges and plasma technology (MAC3.1)
- Analysis of numerical methods for differential equations (MAC3.3)
- Analysis of coherent structures (MAC3.4)
Members
Maksat Ashyraliyev, Joke Blom, Fabian Brau, Frank Bruggeman, Maciej Dobrzynski, Ute Ebert, Julia Ehrt, Luca Ferracina, Willem Hundsdorfer, Chao Li, Alejandro Luque, Anna Mozartova, Jens Rademacher, Valeria Ratushna, Anne Schwabe, Gideon Wormeester.
Group publications
Publications of MAC3 in repository
This group is part of the cluster Modelling, Analysis and Computing (MAC)