Unsere Beiträge
Abteilung »Strömungs- und Materialsimulation«:
Schneider, Falco: On the discretization of diffusion fluxes for a system of PDEs.
Abteilung »Transportvorgänge«:
Linn, Dominik, Pinnau, René, Mohring, Jan: Adjoint Based Optimal Control of District Heating Networks.
Eimer, Matthias; Borsche, Raul; Siedow, Norbert: Modeling and Implicit Simulation of District Heating Networks
Bereich »Mathematik für die Fahrzeugentwicklung«:
Minisymposium »Maths for the Digital Factory«:
Linn, Joachim: Math for the Digital Factory.
Schneider, Fabio; Jungkenn, Dominik;;Linn, Joachim;Andersson, Fredrik: Realistic parameters for dynamic simulation of composite cables using a damped Cosserat rod model.
Manfredo, Davide; Dörlich, Vanessa; Linn, Joachim (und Arnold, Martin, MLU Halle-Wittenberg):. Modeling and Simulation of Inelastic Effects in Composite Cables.
Burger, Lilli; Dörlich, Vanessa; Burger, Michael; Linn, Joachim; Schneider, Fabio: Estimation of cable bundle stiffness based on Gaussian Process Regression.
Bauer, Benjamin; Linn, Joachim; Simeon, Bernd: An Isogeometric One-Dimensional Model for Developable Flexible Elastic Strips.
Harant, Monika: Optimal Control to Facilitate the Development Process of Exo-skeletons.
Minisymposium »Data-Driven Optimization«:
Gottschalk, Simon; Gerdts, Matthias; Burger, Michael:.A Deep Reinforcement Learning based Optimal Control Framework.
Burger, Michael; Steidel, Stefan: Iterative Learning Control: A Data-Driven Approach for Inverse Problems in Vehicle Engineering.
Hier gibt es das komplette Programm
Fraunhofer-Institut für Techno- und Wirtschaftsmathematik ITWM