Add to ORKGPrecise analysis of the muscle forces responsible for specific human movements represents a basic task in biomechanics. Here the focus is on gaining detailed information of the interplay between muscle forces and individual sports movements using inverse dynamics
Introduction: The validation of the involved muscular forces for a computer model of the human body,...
Modeling and simulations are useful tools to help understand knee function and injuries. As there ar...
Musculoskeletal models are widely used in biomechanics today to better understand muscle and joint f...
A basic task in biomechanics is the precise analysis of human movements and to investigate muscle fo...
Biomechanical modelling can be a helpful instrument in human movement analysis. Here, the focus will...
The aim of this paper is to illustrate developments in inverse dynamics using selected examples. It ...
A basic task in biomechanics is the precise analysis of human movements and the investigation of mus...
Musculoskeletal modelling is widely used in sports biomechanics for the estimation of joint and musc...
Knowledge of the musculoskeletal loading is essential for the design of orthopaedic implants and sur...
INTRODUCTION: The evaluation of the muscular actions and internal forces of human articular joints i...
In this study a model with four segment rigid body link system (foot, shank, thigh and trunk) and se...
Mechanical modelling and particularly inverse dynamics methods can be useful in sports biomechanics....
Background. Knowledge of the musculoskeletal loading conditions during strength training is essentia...
Background. Knowledge of the musculoskeletal loading conditions during strength training is essentia...
Introduction: The validation of the involved muscular forces for a computer model of the human body,...
Introduction: The validation of the involved muscular forces for a computer model of the human body,...
Modeling and simulations are useful tools to help understand knee function and injuries. As there ar...
Musculoskeletal models are widely used in biomechanics today to better understand muscle and joint f...
A basic task in biomechanics is the precise analysis of human movements and to investigate muscle fo...
Biomechanical modelling can be a helpful instrument in human movement analysis. Here, the focus will...
The aim of this paper is to illustrate developments in inverse dynamics using selected examples. It ...
A basic task in biomechanics is the precise analysis of human movements and the investigation of mus...
Musculoskeletal modelling is widely used in sports biomechanics for the estimation of joint and musc...
Knowledge of the musculoskeletal loading is essential for the design of orthopaedic implants and sur...
INTRODUCTION: The evaluation of the muscular actions and internal forces of human articular joints i...
In this study a model with four segment rigid body link system (foot, shank, thigh and trunk) and se...
Mechanical modelling and particularly inverse dynamics methods can be useful in sports biomechanics....
Background. Knowledge of the musculoskeletal loading conditions during strength training is essentia...
Background. Knowledge of the musculoskeletal loading conditions during strength training is essentia...
Introduction: The validation of the involved muscular forces for a computer model of the human body,...
Introduction: The validation of the involved muscular forces for a computer model of the human body,...
Modeling and simulations are useful tools to help understand knee function and injuries. As there ar...
Musculoskeletal models are widely used in biomechanics today to better understand muscle and joint f...