- August 28, 2018 12:00 PM until August 31, 2018 1:30 PM
- Haus der Kirche, Bad Herrenalb
Microstructured materials can be found in most engineering applications. The geometrical features of the microstructure and the physical properties can show pronounced and non-trivial interactions. In order to better understand microstructured solids, predictive numerical simulation techniques have been established over the past three decades.
Today, these simulation techniques can be considered as settled and reliable, yet computationally extremely demanding. This precludes developers from applying dedicated micromechanical models in parametric studies, particularly, when the number of (e.g. physical or geometrical) parameters increases.
The suitability of reduced order models (ROM) for such parameterized problems has led to rapid and remarkable developments within the past 10 years. While the general approach for setting up ROM is nowadays mostly well-understood, the reliable treatment of nonlinear, path-dependent problems and the realization of multi-dimensional parametric studies remain major challenges.
The EUROMECH Colloquium 597 seeks to collect recent developments from the ROM community and, based on the joint knowledge, stimulate intense scientific exchange. The tentative aim of the colloquium is to build a better understanding of current capabilities and limitations of ROM.
For further information please visit: http://597.euromech.org/