Mathematical models and computer simulations have the great potential to substantially
increase our understanding of the biophysical behavior of the neuromuscular system. This …

By following the common definition of forward-dynamics simulations, ie predicting movement
based on (neural) muscle activity, this work describes, for the first time, a forward-dynamics …

This work investigates the possibilities of acceleration and approximation of multiscale
systems using kernel methods. The key element is to learn the interface between the …

An extensible, flexible, multiscale, and multiphysics model for nonisometric skeletal muscle
behavior is presented. The skeletal muscle chemoelectromechanical model is based on a …

Biological tissues have a complex hierarchical architecture that spans organ to subcellular
scales and comprises interconnected biophysical and biochemical machinery …

This work establishes a connection between a recently developed optimal control simulation
method and biomechanical modelling aspects of muscle actuated human motion at the …

This work investigates the possibilities of model order reduction of multiscale systems using
kernel methods. Key element is to learn the interface between the different scales using a …

An extensible, flexible, multiscale, and multiphysics model for nonisometric skeletal muscle
behavior is presented. he skeletal muscle chemoelectromechanical model is based on a …