Extreme atrophy of the maxilla still poses challenges for clinicians. Some of the techniques
used to address this issue can be complex, risky, expensive, and time consuming, often …

This study evaluated the mechanical behavior and risk of failure of three CAD-CAM crowns
repaired with different resin composites through a three-dimensional (3D) finite element …

The issue of dental implant placement relative to the alveolar crest, whether in supracrestal,
equicrestal, or subcrestal positions, remains highly controversial, leading to conflicting data …

Objectives This in vitro study is aimed at assessing whether implant primary stability is
influenced by implant length in artificial bone with varying densities. Materials and methods …

Peri-implant bone loss and bone quality significantly affect the biomechanical stability and
long-term success of dental implants. This study used finite element analysis to evaluate the …

Purpose: This study aimed to assess subperiosteal implants concerning bone stress and
screw displacement, utilizing finite element analysis to determine the optimal screw diameter …

Aims: In severely atrophic posterior maxillae, there is usually not enough bone to place
conventional dental implants. Dental implants and zygomatic implants placed with the “All …