Reliable stress analysis of a bone requires the precise finite-element model. This study deals with an automated method of an individual finite-element model of a bone based on the X-ray CT data. The method consists of two processes. The first process produces an approximate finite-element model of a bony shape with small tetrahedral elements. For the modeling, various types of tetrahedral elements with almost same volume were provided. The second process transforms the approximate model so that the model is fitted to the outer shape. We applied the method to a human lumber vertebra and a human mandible. The proposed method successfully generated the exact finite-element models of the bones.Article日本機械学会論文集. C編. 64(620):1223-1228 (1998)jour...
To access publisher's full text version of this article click on the hyperlink belowComputed tomogra...
AbstractDevelopment of Finite Element (FE) modelling techniques has allowed the creation of 3D model...
In this study, we investigate if Þnite element (FE) analyses of human trabecular bone architecture b...
Reliable stress analysis of a bone requires the precise finite-element model. This study deals with ...
Reliable stress analysis of a bone requires the precise finite-element model. This study deals with ...
In this study, we developed an automated method to create and to analyze a three-dimensional finitee...
The determination of the mechanical stresses induced in human bones is of great importance in both r...
none5The determination of the mechanical stresses induced in human bones is of great importance in b...
Reliable stress analysis of a bone requires not only precision in shape of the finite element model ...
The determination of the mechanical stresses induced in human bones is of great importance in both r...
none4Most of the finite element models of bones used in orthopaedic biomechanics research are based ...
The present thesis concerns employing the finite element method together with computed tomography to...
In this study, we investigate if finite element (FE) analyses of human trabecular bone architecture ...
Three-dimensional (3-D) finite element (FE) modeling in orthopedics biomechanics has gained consider...
Finite Element Method (FEM) is a numerical technique of obtaining solutions to boundary value proble...
To access publisher's full text version of this article click on the hyperlink belowComputed tomogra...
AbstractDevelopment of Finite Element (FE) modelling techniques has allowed the creation of 3D model...
In this study, we investigate if Þnite element (FE) analyses of human trabecular bone architecture b...
Reliable stress analysis of a bone requires the precise finite-element model. This study deals with ...
Reliable stress analysis of a bone requires the precise finite-element model. This study deals with ...
In this study, we developed an automated method to create and to analyze a three-dimensional finitee...
The determination of the mechanical stresses induced in human bones is of great importance in both r...
none5The determination of the mechanical stresses induced in human bones is of great importance in b...
Reliable stress analysis of a bone requires not only precision in shape of the finite element model ...
The determination of the mechanical stresses induced in human bones is of great importance in both r...
none4Most of the finite element models of bones used in orthopaedic biomechanics research are based ...
The present thesis concerns employing the finite element method together with computed tomography to...
In this study, we investigate if finite element (FE) analyses of human trabecular bone architecture ...
Three-dimensional (3-D) finite element (FE) modeling in orthopedics biomechanics has gained consider...
Finite Element Method (FEM) is a numerical technique of obtaining solutions to boundary value proble...
To access publisher's full text version of this article click on the hyperlink belowComputed tomogra...
AbstractDevelopment of Finite Element (FE) modelling techniques has allowed the creation of 3D model...
In this study, we investigate if Þnite element (FE) analyses of human trabecular bone architecture b...