© ACAPS, EDP Sciences, 2013. Computer simulation models have been used to address a range of research questions in sports biomechanics related to understanding the mechanics of sports movements, contributions to performance, optimisation of sports technique and control of sports movements. This paper will describe how theoretical models used in sports biomechanics have been developed at Loughborough University over the last 20 years, detailing their various components, subject-specific parameters, model evaluation, key findings and the strengths / limitations and how models could be further progressed in the future. With each model a four stage methodology has been used to answer specific research questions: development of the simulation mo...
Introduction: A standard method to determine loads on human joints during sports movements is invers...
The performance criteria of physical activities, especially those of sport disciplines, can usually ...
Starting with introduction of the activities of biomechanics research projects of JAAF in which I wa...
Computer simulation models have been used to address a range of research questions in spor...
Theoretical analysis using computer simulation is a powerful tool in sports biomechanics that helps ...
Experimental studies of sports technique are inherently problematical. In competitive situations bio...
Models of high jumping, high bar circling, swinging on rings, tumbling, diving, twisting and balanci...
The question addressed in this study was whether the forward simulation approach can be used to impr...
Computer simulation modelling is a powerful tool that can be used to gain insight into the mechanics...
The purpose of this work is to use two examples to illustrate how forward dynamics formulations can ...
This paper presents a complete methodology for the study and analysis of the human body motion. The ...
Computer simulation modelling is a powerful tool in Sports Biomechanics as it allows the r...
Computer simulation modelling is a powerful tool in Sports Biomechanics as it allows the r...
Computer simulation modelling is a powerful tool in Sports Biomechanics as it allows the r...
peer-reviewedIntroduction. Computer simulation models permit the study of the complex interactions b...
Introduction: A standard method to determine loads on human joints during sports movements is invers...
The performance criteria of physical activities, especially those of sport disciplines, can usually ...
Starting with introduction of the activities of biomechanics research projects of JAAF in which I wa...
Computer simulation models have been used to address a range of research questions in spor...
Theoretical analysis using computer simulation is a powerful tool in sports biomechanics that helps ...
Experimental studies of sports technique are inherently problematical. In competitive situations bio...
Models of high jumping, high bar circling, swinging on rings, tumbling, diving, twisting and balanci...
The question addressed in this study was whether the forward simulation approach can be used to impr...
Computer simulation modelling is a powerful tool that can be used to gain insight into the mechanics...
The purpose of this work is to use two examples to illustrate how forward dynamics formulations can ...
This paper presents a complete methodology for the study and analysis of the human body motion. The ...
Computer simulation modelling is a powerful tool in Sports Biomechanics as it allows the r...
Computer simulation modelling is a powerful tool in Sports Biomechanics as it allows the r...
Computer simulation modelling is a powerful tool in Sports Biomechanics as it allows the r...
peer-reviewedIntroduction. Computer simulation models permit the study of the complex interactions b...
Introduction: A standard method to determine loads on human joints during sports movements is invers...
The performance criteria of physical activities, especially those of sport disciplines, can usually ...
Starting with introduction of the activities of biomechanics research projects of JAAF in which I wa...