To analyze and compare the tensile stress distribution in endodontically treated teeth restored with cast-made (Ni-Cr and gold) and prefabricated (titanium and glass fibre) dental posts. Methodology: Four threedimensional finite element (FE) models of a maxillary central incisor restored with Ni-Cr cast-made (Model Ni-Cr), gold cast-made (Model GO), prefabricated titanium (Model TI) and prefabricated glass fibre (Model FP) posts were constructed. An oblique loading of 100N was applied to each three-dimensional model. Tensile stress distribution within the root dentine and at the post and surrounding structure interfaces were analysed
Introduction: The main factor involved in the failure of endodontically treated teeth is crown recon...
The loss of dental structure caused by endodontic treatment is responsible for a decrease in tooth r...
Endodontically treated teeth are usually weak and need prosthodontic restorations. The selection and...
Abstract: Aim: To analyze and compare the tensile stress distribution in endodontically treated teet...
Background: Post design and material has very important effects on dentinal stress distribution sin...
Aim: To analyze and compare the tensile stress distribution in endodontically treated teeth restored...
Introduction: With the availability of different post systems and various studies on the strength of...
Objective. The purpose of this study was to evaluate the stress distribution in a maxillary central ...
AbstractBackground/purposeThis study examined the stress distribution in endodontically treated maxi...
Different dental post designs and materials affect the stability of restoration of a tooth. This stu...
Introduction: From the point of dental practice, the restoration of endodontically treated teeth has...
The use of intra-radicular posts for rebuilding of damaged teeth is a normal practice in contemporar...
The purpose of this study was to investigate the effect of rigidity of post core systems on stress d...
The purpose of this study is to compare the stress distribution of the different post systems, depen...
The loss of dental structure caused by endodontic treatment is responsible for a decrease in tooth r...
Introduction: The main factor involved in the failure of endodontically treated teeth is crown recon...
The loss of dental structure caused by endodontic treatment is responsible for a decrease in tooth r...
Endodontically treated teeth are usually weak and need prosthodontic restorations. The selection and...
Abstract: Aim: To analyze and compare the tensile stress distribution in endodontically treated teet...
Background: Post design and material has very important effects on dentinal stress distribution sin...
Aim: To analyze and compare the tensile stress distribution in endodontically treated teeth restored...
Introduction: With the availability of different post systems and various studies on the strength of...
Objective. The purpose of this study was to evaluate the stress distribution in a maxillary central ...
AbstractBackground/purposeThis study examined the stress distribution in endodontically treated maxi...
Different dental post designs and materials affect the stability of restoration of a tooth. This stu...
Introduction: From the point of dental practice, the restoration of endodontically treated teeth has...
The use of intra-radicular posts for rebuilding of damaged teeth is a normal practice in contemporar...
The purpose of this study was to investigate the effect of rigidity of post core systems on stress d...
The purpose of this study is to compare the stress distribution of the different post systems, depen...
The loss of dental structure caused by endodontic treatment is responsible for a decrease in tooth r...
Introduction: The main factor involved in the failure of endodontically treated teeth is crown recon...
The loss of dental structure caused by endodontic treatment is responsible for a decrease in tooth r...
Endodontically treated teeth are usually weak and need prosthodontic restorations. The selection and...