Course: ETC-3 Hierarchical Energy Based Modelling

The Summer School provides an introduction to energy based modeling with particular emphasis on port-Hamiltonian systems.

The approach allows to deal with coupled systems from different physical domains that act on widely different scales. Each physical system is modeled via a model hierarchy of port-Hamiltonian systems. The systems are coupled via a network of uni-physics nodes coupled via power conserving interconnections so that the full system stays port-Hamiltonian. Using this very flexible approach, it is possible to control the accuracy of each component separately and to the need of the application. As real world test cases models from gas transport optimization, power grid modeling, or acoustic field simulation will be discussed.

The course will conclude with (optional) oral exams (credits: 4 ECTS).

The lectures will be given by Volker Mehrmann (TU Berlin).

For more information and registration:
 http://www3.math.tu-berlin.de/numerik/NumMat/ECProjekte/ROMSOC/ETC-3_Summerschool2018/index.php
Registration Deadline: July 15, 2018

The Summer School is part of the training activities (*Elective Training Course ETC-3*) in the Innovative Training Network ROMSOC ("Reduced Order Modelling, Simulation and Optimization of coupled System”) funded by the European Union’s Horizon 2020 research and innovation programme.

The registration for the Summer School is free and the school is open for all interested PhD and Master students.
Note that the number of participants is limited (ROMSOC members will be preferred).