The finite element analysis method was used to obtain the stresses in the various structures in an endosseous implant-contiguous bone construct using a two-dimensional idealization. The results were obtained as a function of the materials used for the post and the crown of the implant. It is shown that these stresses are critically dependent on the post material (for a given crown material). The clinical significance of the results is discussed. © 1994
Aim : To comparatively evaluate the stress distribution in three commonly used implant systems in tw...
Purpose: The objective of this study was to analyze and compare the stress distribution in the corti...
Background: To assist clinicians in deciding the most suitable restorative materials to be used in t...
The finite element analysis method was used to obtain the stresses in the various structures in an e...
The design of dental superstructures influences the loading on dental implants and the deformation o...
Background: Understanding how clinical variables affect stress distribution facilitates optimal pros...
This study used three-dimensional finite element analysis to investigate the effect of three differe...
Statement of Problem: A general process in implant design is to determine the reason of possible pr...
Background/Purpose. This three-dimensional finite element study observed the stress distribution cha...
The complexity of the forces which act on the dental implant can have miscellaneous consequences on ...
Finite element analysis (FEA) in implantology is performed in design applications concerning the com...
AbstractBackground/purposeThe design and materials of a prosthesis affect the loading of dental impl...
The cancellous bone stresses within the implanted proximal tibia were examined using a three-dimensi...
Purpose The main objective of this study was to investigate the influence of implant design, bone ty...
This finite element analysis (FEA) compared stress distribution on different bony ridges rehabilitat...
Aim : To comparatively evaluate the stress distribution in three commonly used implant systems in tw...
Purpose: The objective of this study was to analyze and compare the stress distribution in the corti...
Background: To assist clinicians in deciding the most suitable restorative materials to be used in t...
The finite element analysis method was used to obtain the stresses in the various structures in an e...
The design of dental superstructures influences the loading on dental implants and the deformation o...
Background: Understanding how clinical variables affect stress distribution facilitates optimal pros...
This study used three-dimensional finite element analysis to investigate the effect of three differe...
Statement of Problem: A general process in implant design is to determine the reason of possible pr...
Background/Purpose. This three-dimensional finite element study observed the stress distribution cha...
The complexity of the forces which act on the dental implant can have miscellaneous consequences on ...
Finite element analysis (FEA) in implantology is performed in design applications concerning the com...
AbstractBackground/purposeThe design and materials of a prosthesis affect the loading of dental impl...
The cancellous bone stresses within the implanted proximal tibia were examined using a three-dimensi...
Purpose The main objective of this study was to investigate the influence of implant design, bone ty...
This finite element analysis (FEA) compared stress distribution on different bony ridges rehabilitat...
Aim : To comparatively evaluate the stress distribution in three commonly used implant systems in tw...
Purpose: The objective of this study was to analyze and compare the stress distribution in the corti...
Background: To assist clinicians in deciding the most suitable restorative materials to be used in t...