Musculoskeletal models are made to reflect the capacities of the human body in general,
and often a specific subject in particular. It remains challenging to both model the …

Musculoskeletal simulations have become an essential tool for surgical planning and
clinical evaluation of movement. Accurate simulations of muscle-tendon paths in …

Featured Application Explicit biomechanical multibody model for the inverse dynamics of
upper limb musculoskeletal systems considering muscle wrapping. Abstract The aim of this …

This letter investigates an explicit biomechanical framework to solve forward
neuromusculoskeletal models (NMSMs), which includes muscle-tendon activation and …

In this paper, a multibody model was developed in the framework of biotribology of lower
limb artificial joints. The presented algorithm performs the inverse dynamics of …

Muscle Torque Generators (MTGs) have been developed as an alternative to muscle-force
models, reducing the complexity of muscle-force models to a single torque at the joint …

We developed novel trunk musculoskeletal models with detailed muscle paths for predicting
the thoracolumbar load, and validated the developed models under dynamic loading and …

In this paper a recent development about the multibody modelling of musculoskeletal system
is presented. The authors implemented two new routines in the already developed algorithm …

Nowadays the biotribology of the human articulations is a challenging topic in the framework
of biomechanics research. A human synovial joint is a complex tribological system which is …

Musculoskeletal simulation has become an essential tool for understanding human
locomotion and movement disorders. Muscle-actuated simulations require methods that …