Biomechanics of the human canine pillar based on its geometry using finite element analysis

Biomechanics of the human canine pillar based on its geometry using finite element analysis

A.R. Freire, F.B. Prado, A.C. Rossi, P.Y. Noritomi, F.H. Neto, P.H.F. Caria

ARTIGO

Inglês

[Biomecánica del pilar canino en el cráneo humano basada en la geometría utilizando análisis de elementos finitos]

Agradecimentos: Brazil for financial support and the Center for Information Technology “Renato Archer” (Campinas, Brazil) for technical and scientific support

This study evaluated the stress distribution based on the canine pillar geometry in human skull, using a finite element analysis. Computed tomography of human skull was used to build a finite element model, which was composed by all bony structures of canine pillar: canine eminence, canine fossa,...

This study evaluated the stress distribution based on the canine pillar geometry in human skull, using a finite element analysis. Computed tomography of human skull was used to build a finite element model, which was composed by all bony structures of can

Este estudio evaluó la distribución de la tensión sobre la geometría del pilar canino en el cráneo humano, utilizando análisis de elementos finitos. Se usó la tomografía computarizada de cráneo humano para construir un modelo de elementos finitos compuest

COORDENAÇÃO DE APERFEIÇOAMENTO DE PESSOAL DE NÍVEL SUPERIOR - CAPES

fechado

Biomechanics of the human canine pillar based on its geometry using finite element analysis

A.R. Freire, F.B. Prado, A.C. Rossi, P.Y. Noritomi, F.H. Neto, P.H.F. Caria


										

Biomechanics of the human canine pillar based on its geometry using finite element analysis

A.R. Freire, F.B. Prado, A.C. Rossi, P.Y. Noritomi, F.H. Neto, P.H.F. Caria

    Fontes

    International journal of morphology

    Vol. 32, no. 1 (Mar., 2014), p. 214-220