AbstractThis paper reviews the principal challenges to reliable computer simulation of the mechanics of the human body. It is still lacking behind analysis tools used in the industry to model phenomena such as elasticity, flow, heat and electromagnetism, but the potential of musculoskeletal modeling is no less than the revolution caused by other simulation technologies. Biomechanics holds the potential to fundamentally improve the prevention and treatment of many serious and widespread diseases and to improve the design of products with human interfaces. The paper addresses current issues of research including individualization of models, model accuracy, kinematics and mechanical systems functioning in concert with the human body
Theoretical analysis using computer simulation is a powerful tool in sports biomechanics that helps ...
The musculoskeletal system (or MSS) is essential for the performance of day-to-day functional tasks ...
Biomechanical modelling has the potential to start the next revolution in medicine, just as imaging ...
AbstractThis paper reviews the principal challenges to reliable computer simulation of the mechanics...
This paper surveys the usage of human simulation by the commercial industry. The intention is to pro...
The aim of this review paper is to report on the current state of the art in creating in silico huma...
© ACAPS, EDP Sciences, 2013. Computer simulation models have been used to address a range of researc...
This paper introduces a novel human modeling system utilizing the ADAMS (Mechanical Dynamics Inc.) m...
Biomechanics is a vast discipline within the field of Biomedical Engineering. It explores the underl...
Computer simulation models have been used to address a range of research questions in spor...
Gross body actions involved in heavy industry, e.g. lifting and carrying materials, are often the ca...
The musculoskeletal (MSK) system is a complex, multi-organ system which performs a number of importa...
AbstractMultibody software designed for mechanical engineering has been successfully employed in bio...
This paper investigates new opportunities for ergonomic design based on advanced computer simulated ...
This paper examines the application of mechanics to model the behaviour of the human body. Understan...
Theoretical analysis using computer simulation is a powerful tool in sports biomechanics that helps ...
The musculoskeletal system (or MSS) is essential for the performance of day-to-day functional tasks ...
Biomechanical modelling has the potential to start the next revolution in medicine, just as imaging ...
AbstractThis paper reviews the principal challenges to reliable computer simulation of the mechanics...
This paper surveys the usage of human simulation by the commercial industry. The intention is to pro...
The aim of this review paper is to report on the current state of the art in creating in silico huma...
© ACAPS, EDP Sciences, 2013. Computer simulation models have been used to address a range of researc...
This paper introduces a novel human modeling system utilizing the ADAMS (Mechanical Dynamics Inc.) m...
Biomechanics is a vast discipline within the field of Biomedical Engineering. It explores the underl...
Computer simulation models have been used to address a range of research questions in spor...
Gross body actions involved in heavy industry, e.g. lifting and carrying materials, are often the ca...
The musculoskeletal (MSK) system is a complex, multi-organ system which performs a number of importa...
AbstractMultibody software designed for mechanical engineering has been successfully employed in bio...
This paper investigates new opportunities for ergonomic design based on advanced computer simulated ...
This paper examines the application of mechanics to model the behaviour of the human body. Understan...
Theoretical analysis using computer simulation is a powerful tool in sports biomechanics that helps ...
The musculoskeletal system (or MSS) is essential for the performance of day-to-day functional tasks ...
Biomechanical modelling has the potential to start the next revolution in medicine, just as imaging ...