The structural dynamics in Archwire-Bending process is critical to the orthodontic archwire bending robot. In this paper, structure of orthodontic archwire bending robot is analyzed. Transient dynamic of orthodontic archwire bending is analyzed using the transient dynamic module of ANSYS/Workbench software. Stress curve and distribution of orthodontic archwire, fixed die, rotation die and supported end of orthodontic archwire in the process of orthodontic archwire bending is obtained. The structural dynamics simulation lays the foundation for the structural design of orthodontic archwire bending robot. ? 2015 SERSC.EI9203-210
grantor: University of TorontoThe purpose of this study was to evaluate by quantitative an...
The finite element analysis method and a two-dimensional idealization were used to conduct a paramet...
Functionally graded NiTi orthodontic archwire was tested to assess the evolution of the actuation fo...
This paper presents a motion planning method for archwire bending robot in orthodontic treatments. B...
Malocclusion is the common oral disease. As the common and effective malocclusion orthodontic treatm...
Malocclusion is the third largest oral disease in the world. At present, the most effective treatmen...
The archwire bending is one of processes the most frequently used in the orthodontic treatment. Furt...
The abnormal tooth arrangement is one of the most common clinical features of malocclusion which is ...
The biomechanics of a continuous archwire inserted into multiple orthodontic brackets is poorly unde...
The purpose of our study was to utilize the dynamic finite element analysis to clarify the differenc...
PLEASE NOTE: This work is protected by copyright. Downloading is restricted to the BU community: ple...
This study proposes the idea of automated 3D wire bending mechanism which is flexible and capable o...
This study was addressed to use knowledge about the orthodontic system with numerical simulation of ...
The finite element analysis method and a two-dimensional idealization were used to conduct a detaile...
This study was addressed to use knowledge about the orthodontic system with numerical simulation of ...
grantor: University of TorontoThe purpose of this study was to evaluate by quantitative an...
The finite element analysis method and a two-dimensional idealization were used to conduct a paramet...
Functionally graded NiTi orthodontic archwire was tested to assess the evolution of the actuation fo...
This paper presents a motion planning method for archwire bending robot in orthodontic treatments. B...
Malocclusion is the common oral disease. As the common and effective malocclusion orthodontic treatm...
Malocclusion is the third largest oral disease in the world. At present, the most effective treatmen...
The archwire bending is one of processes the most frequently used in the orthodontic treatment. Furt...
The abnormal tooth arrangement is one of the most common clinical features of malocclusion which is ...
The biomechanics of a continuous archwire inserted into multiple orthodontic brackets is poorly unde...
The purpose of our study was to utilize the dynamic finite element analysis to clarify the differenc...
PLEASE NOTE: This work is protected by copyright. Downloading is restricted to the BU community: ple...
This study proposes the idea of automated 3D wire bending mechanism which is flexible and capable o...
This study was addressed to use knowledge about the orthodontic system with numerical simulation of ...
The finite element analysis method and a two-dimensional idealization were used to conduct a detaile...
This study was addressed to use knowledge about the orthodontic system with numerical simulation of ...
grantor: University of TorontoThe purpose of this study was to evaluate by quantitative an...
The finite element analysis method and a two-dimensional idealization were used to conduct a paramet...
Functionally graded NiTi orthodontic archwire was tested to assess the evolution of the actuation fo...