Add to ORKGThe analysis of two FE models of the skull with the brain tissue is presented. One is of the fluid and the other of solid elements. Both models are in a good agreement with experiment
The segment of spherical shell covered by an elastic plate and filled by a compliant substance repre...
In this study, different patient-specific computational models of the skull, which are often used in...
Head injuries are one of the main causes of death or permanent invalidity in everyday life. The main...
The frequency dependent transfer functions between various anatomically important points on the skul...
The procedures used for development of the finite element (FE) model of the human skull from the com...
To develop protective measures for crash situations, an accurate assessment of injury risk is requir...
International audienceA three-dimensional analytical and numerical method is presented in this artic...
International audienceDynamical behavior of the head during an impact is important for analyzing th...
regarding various aspects of skull modeling. The author wishes to thank my fellow colleague Mr. Rang...
The developed finite element model of the human skull is used for analysis of transient phenomena af...
Finite element (FE) models of the human head have been used extensively to assess engineering respon...
In the work, the dynamic characteristics of the human skull-dura mater system were studied. For the ...
The finite element method (FEM) is a way of solving partial differential equation on a spatially (an...
This study proposes a detailed biomechanical model of the human head to study the effect of non-pene...
The head is often considered as the most critical region of the human body for life-threatening inju...
The segment of spherical shell covered by an elastic plate and filled by a compliant substance repre...
In this study, different patient-specific computational models of the skull, which are often used in...
Head injuries are one of the main causes of death or permanent invalidity in everyday life. The main...
The frequency dependent transfer functions between various anatomically important points on the skul...
The procedures used for development of the finite element (FE) model of the human skull from the com...
To develop protective measures for crash situations, an accurate assessment of injury risk is requir...
International audienceA three-dimensional analytical and numerical method is presented in this artic...
International audienceDynamical behavior of the head during an impact is important for analyzing th...
regarding various aspects of skull modeling. The author wishes to thank my fellow colleague Mr. Rang...
The developed finite element model of the human skull is used for analysis of transient phenomena af...
Finite element (FE) models of the human head have been used extensively to assess engineering respon...
In the work, the dynamic characteristics of the human skull-dura mater system were studied. For the ...
The finite element method (FEM) is a way of solving partial differential equation on a spatially (an...
This study proposes a detailed biomechanical model of the human head to study the effect of non-pene...
The head is often considered as the most critical region of the human body for life-threatening inju...
The segment of spherical shell covered by an elastic plate and filled by a compliant substance repre...
In this study, different patient-specific computational models of the skull, which are often used in...
Head injuries are one of the main causes of death or permanent invalidity in everyday life. The main...