cooperation partner
dr Alexander Badri-Spröwitz (Max Planck Institute for Intelligent Systems, Stuttgart)
DFG project SI841/22-1 Adjustable muscular damping to increase morphological computation in legged locomotion.
Prof. Markus Böl (TU Braunschweig)
DFG project SI841/9-1 urinary bladder
DFG project SI841/12-1 three-dimensional gastric deformation
DFG project SI841/3-1, 3-2 three-dimensional muscle modelling
DFG project SI841/13-1 Muscle growth
Prof. Lars Donath (German Sport University, Cologne)
Prof. Jörg Fehr (Institute for Engineering and Computational Mechanics)
dr Daniel Häufle (University of Tübingen, Hertie Institute for Clinical Brain Research)
DFG project SI841/22-1 Adjustable muscular damping to increase morphological computation in legged locomotion
Prof. Daniel Hahn (Ruhr University Bochum)
DFG SI841/15-1 elongation-shortening cycle (DVZ)
Prof. Christian Rode (University of Rostock)
DFG SI841/17-1 Validation of current theories of skeletal muscle contraction
Prof. Oliver Röhrle (IMSB- Stuttgart)
Prof. Wolfgang Seiberl (University of the Federal Armed Forces Munich)
DFG SI841/15-1 elongation-shortening cycle (DVZ)
Prof. Syn Schmitt (University of Stuttgart, Cluster of Excellence SimTech)
DFG project SI841/7-1.2 Shock response of activated muscles: experiment and modelling
Prof. James Wakeling (Simon Fraser University Canada)
Investigation of the influence of muscle compression on force generati