Prof. Dr.-Ing. habil. Daniel Balzani
The chair of continuum mechanics is active in developing methods for the continuum mechanical modeling and simulation of complex materials. Focus is on the development of scale-coupling numerical methods as well as new material models which enable the simulation of materials such as multiphase steels, textile membranes, soft biological tissues, fiber-concrete composites, or hardmetal composites by incorporating uncertainties at different scales. Increasingly, the experimental characterization of nonlinear material properties as well as the unique identification of material parameters become more important.
Chair of Continuum Mechanics,
ICFW 03/741,
Universitätsstraße 150,
44801 Bochum
✆: +49 234 32-26048
✉: sekretariat@lkm.rub.de
The sub-project proposals for the inaugural funding period of the DFG Priority Program 2489 were presented to the panel of reviewers in Bochum. As a member of the program committee, Daniel Balzani hosted the event, collaborating with the DFG. The event commenced with a presentation by program spokesperson Markus Kästner (TU Dresden), who elucidated the content and conceptual framework of the SPP.
On the occasion of Professor Jörg Schröder’s 60th birthday, Dominik Brands and Alexander Schwarz, with the support of Daniel Balzani, Marc-Andre Keip, Tim Ricken, and Lisa Scheunemann, organized a scientific symposium.
The LKM members involved in the Ferrite.jl development, namely Maximilian Köhler, Abdulaziz Mohamed and Dennis Ogiermann, have given talks on this years FerriteCon at Chalmers University of Technology in Götheborg. Their presentations cover latest development updates on adaptive mesh refinement, local time stepping and efficient solver technology.
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Last update: 2025/03/27 | 2 pm
