Abstract
Non-smooth dynamical systems have, next to the evolution equation, a system of inequalities that limit the motion.
Many systems in society and industry are modelled in this way, for example soft robotic systems. In this project we will develop novel mathematical methods for the automatic bifurcation analysis of these systems. We will develop novel subspace methods that take into account the inequalities in the system. The ultimate objective is to enable scalability to dynamical systems characterized by millions of unknowns, thereby facilitating comprehensive exploration and understanding of their complex behaviors
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