Bone Anisotropy - Analytical and Finite Element Analysis
AUTOR(ES)
Vignoli, Lucas Lisboa, Kenedi, Paulo Pedro
FONTE
Lat. Am. j. solids struct.
DATA DE PUBLICAÇÃO
2016-01
RESUMO
Abstract A human femur model, submitted to static loads, is analyzed through the utilization of three material constitutive relationships, namely: isotropic, transversally isotropic and orthotropic. The influence of bone anisotropy with respect to principal stress/strain distribution on human femur external surface was accessed through the use of analytical and finite element approaches. The models results show that the principal angles at a medial path bone surface have a good correlation with human femur bone lamellae angles.
Documentos Relacionados
- Analysis of magnetic force production in slider actuators combining analytical and finite element methods
- Morse taper implants at different bone levels: a finite element analysis of stress distribution
- Analysis of automotive liftgate seals using finite element analysis
- Effect of Ceramic Thickness and Composite Bases on Stress Distribution of Inlays - A Finite Element Analysis
- Morse taper performance: A finite element analysis study