This study investigated the designs of osseointegrated prostheses in cases of free-end partial edentulism using comparative stress interpreted with the three-dimensional finite element method. Three free-end fixed osseointegrated prostheses models with various connection designs (ie, rigidly connected to an abutment tooth and an implant, rigidly connected to an implant and two abutment teeth, and rigidly connected to an implant and three abutment teeth) were studied. The stress values of the three models loaded with vertical, buccolingual, and linguobuccal directions at 30 ° angled to vertical axis forces were analyzed. When the fixed partial denture was connected to the three natural abutment teeth and an implant, the lowest levels of stre...
AbstractBackground/purposeThe design and materials of a prosthesis affect the loading of dental impl...
AIM OF THE STUDY: The aim of the study was to evaluate and compare the stress patterns generated in...
Purposes. The aim of the study was to assess by means a 3D finite element linear and non-linear anal...
This study investigated the designs of osseointegrated prostheses in cases of free-end partial edent...
Objective: Tooth/implant supported fixed prostheses may present biomechanical design problems, as th...
Background/Purpose. This three-dimensional finite element study observed the stress distribution cha...
Background: The physiologically mobile natural tooth and rigidly fixed dental implant causes differe...
Introduction: The effect and stress distribution of rigid and non-rigid connectors were evaluated on...
This finite element analysis (FEA) compared stress distribution on different bony ridges rehabilitat...
The number of supporting dental implants is an important criterion for the surgical outcome of denta...
In this paper biomechanical interaction between osseointegrated dental implants and bone is numeric...
OBJECTIVES: In some clinical situations, dentists come across partially edentulous patients, and it ...
Masticatory overload on dental implants is one of the causes of marginal bone resorption. The implan...
Background:Understanding how clinical variables affect stress distribution facilitates optimal prost...
(1) Background: The stability of implants plays a significant role in the success of osseointegratio...
AbstractBackground/purposeThe design and materials of a prosthesis affect the loading of dental impl...
AIM OF THE STUDY: The aim of the study was to evaluate and compare the stress patterns generated in...
Purposes. The aim of the study was to assess by means a 3D finite element linear and non-linear anal...
This study investigated the designs of osseointegrated prostheses in cases of free-end partial edent...
Objective: Tooth/implant supported fixed prostheses may present biomechanical design problems, as th...
Background/Purpose. This three-dimensional finite element study observed the stress distribution cha...
Background: The physiologically mobile natural tooth and rigidly fixed dental implant causes differe...
Introduction: The effect and stress distribution of rigid and non-rigid connectors were evaluated on...
This finite element analysis (FEA) compared stress distribution on different bony ridges rehabilitat...
The number of supporting dental implants is an important criterion for the surgical outcome of denta...
In this paper biomechanical interaction between osseointegrated dental implants and bone is numeric...
OBJECTIVES: In some clinical situations, dentists come across partially edentulous patients, and it ...
Masticatory overload on dental implants is one of the causes of marginal bone resorption. The implan...
Background:Understanding how clinical variables affect stress distribution facilitates optimal prost...
(1) Background: The stability of implants plays a significant role in the success of osseointegratio...
AbstractBackground/purposeThe design and materials of a prosthesis affect the loading of dental impl...
AIM OF THE STUDY: The aim of the study was to evaluate and compare the stress patterns generated in...
Purposes. The aim of the study was to assess by means a 3D finite element linear and non-linear anal...