Evaluating the effect of varying implant diameters on stress, strain, and factor of safety (FOS) distribution in an anterior implant-supported bridge using finite element analysis (FEA) found larger diameters improved biomechanical stability and load distribution.
Purpose:To evaluate and compare the influence of implant diameter, implant length, and prosthetic splinting on stress distribution in posterior maxillary implant-supported restorations using three-dimensional finite element analysis.Materials and Methods:Ten three-dimensional finite element models of the posterior maxi...
Ishita Choudhary· Natural Resources for Human...· 0 citations
Objective. To evaluate the stress-strain state of bone tissue supported by six dental implants under various types of occlusal loading by finite element analysis.
Materials and methods. A three-dimensional finite element model of the mandibular segment with six implants and a fixed bridge prosthesis was developed. The...
S. Serebryanyy, A. Muraev, K. Salekh et al.· Perm Medical Journal· 0 citations
PURPOSE
The aim of this study was to evaluate the influence of anterior cantilever length on stress distribution in subperiosteal implants (SI) fabricated from titanium and 60% carbon fiber-reinforced polyetheretherketone (PEEK) with one-piece and two-piece configurations using finite element analysis.
MATERIALS AND...
Bersu Bedirhandede, B. Güney, D. Doğan et al.· Journal of Prosthodontics· 0 citations
Within the limitations of this finite element study, attachment height and splinting configuration influenced peri-implant stress distribution, and increased attachment height was associated with greater stress magnitudes in both attachment systems.
Hari Narayan Singla, Reeta Jain, Rupandeep Kaur Samra et al.· The Journal of Indian Prosth...· 0 citations
Background:
Implant-assisted removable partial dentures (IARPDs) have emerged as a predictable treatment option for restoring
mandibular Kennedy Class I distal extension edentulism by improving prosthesis support, stability, and load distribution.
Among the factors influencing their biomechanical performance, implant d...
Devayani D. K., Ponnanna A. A., Smitha Gujjar B. et al.· International Journal of Inn...· 0 citations
Dental rehabilitation of fibula free flap mandibular reconstructions can be limited by the reduced vertical bone height available for implant placement. This study evaluated the biomechanical influence of ultra-short, extra-short, and conventional implants in a reconstructed fibula. Methods: A patient-specific finite e...
Mario Ceddia, Luciano Lamberti, Bartolomeo Trentadue· Bioengineering· 0 citations
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