In this study, two dimensional and three dimensional finite element models of lower first premolar were analyzed. The mandibular specimen including a premolar was obtained from a cadaver and scanned with micro-CT. Finite element method models were reconstructed from CT images at mid-sagittal plane of the tooth. Most studies have used a wide range of value(0.07${\~}$1000MPa) for elastic modulus of periodontal ligament. The elastic modulus of the periodontal ligament was analyzed by finite element method and compared with that of experiment model. This study indicated that the model without pulp was more suitable than that with pulp in two dimensional finite element analysis.ope
In the first part of this study some physical properties of restorative materials, amalgam, glass-io...
The periodontal ligament (PDL) is a soft biological tissue that connects the tooth with the trabecul...
The aim of this work was to model tooth movement in a more clinically-exact fashion, thanks to the u...
It is well known that the periodontal ligament (PDL) plays a key role in transferring loads from the...
Alveolar bone remodelling is vital for the success of dental implants and orthodontic treatments. Ho...
It is generally accepted that the periodontal ligament (PDL) plays a crucial role in transferring oc...
Simulation of the human tooth, periodontal membrane, and mandibular bone was attempted basing on the...
Finite element (FE) models are widely used to investigate the biomechanics of reconstructed premolar...
The aim of this work is to analyze the function of natural teeth’s periodontal ligament and the effe...
Background: The presence of the periodontal ligament (PDL) makes it possible to absorb and distribut...
Aim The aim of the study is to determine by finite element analysis the existence of direct correlat...
Orthodontic movement is process of transformation of a physical stimulation into a force applied to ...
International audienceFinite element (FE) models are widely used to investigate the biomechanics of ...
Introduction: Orthodontics a unique branch in dentistry is inter-related with biology, mathematics a...
The aim of this work was to investigate, if a three-dimensional digital tooth model with a periodont...
In the first part of this study some physical properties of restorative materials, amalgam, glass-io...
The periodontal ligament (PDL) is a soft biological tissue that connects the tooth with the trabecul...
The aim of this work was to model tooth movement in a more clinically-exact fashion, thanks to the u...
It is well known that the periodontal ligament (PDL) plays a key role in transferring loads from the...
Alveolar bone remodelling is vital for the success of dental implants and orthodontic treatments. Ho...
It is generally accepted that the periodontal ligament (PDL) plays a crucial role in transferring oc...
Simulation of the human tooth, periodontal membrane, and mandibular bone was attempted basing on the...
Finite element (FE) models are widely used to investigate the biomechanics of reconstructed premolar...
The aim of this work is to analyze the function of natural teeth’s periodontal ligament and the effe...
Background: The presence of the periodontal ligament (PDL) makes it possible to absorb and distribut...
Aim The aim of the study is to determine by finite element analysis the existence of direct correlat...
Orthodontic movement is process of transformation of a physical stimulation into a force applied to ...
International audienceFinite element (FE) models are widely used to investigate the biomechanics of ...
Introduction: Orthodontics a unique branch in dentistry is inter-related with biology, mathematics a...
The aim of this work was to investigate, if a three-dimensional digital tooth model with a periodont...
In the first part of this study some physical properties of restorative materials, amalgam, glass-io...
The periodontal ligament (PDL) is a soft biological tissue that connects the tooth with the trabecul...
The aim of this work was to model tooth movement in a more clinically-exact fashion, thanks to the u...