The aim of this study is to evaluate the effect of the alveolar bone quality on von Mises stress
at the bone-implant interface during occlusal loading. Four (3D) finite element models of fully …

The current study aims to comprehend how different bone densities affect stress distribution
at the bone–implant interface. This will help understand the behaviour and help predict …

Background and Objective. Marginal bone loss around dental implants is one of the most
prevalent complication, and its biomechanical impact may be critical for treatment prognosis …

This study investigated the effect of three different parameters of a dental implant on stress
and strain values in the peri-implant bone by finite element analysis. In this work, the effect of …

Statement of problem An occlusal device is frequently recommended for patients with
bruxism to protect implant-supported restorations and prevent marginal bone loss. Scientific …

The aim of this study was to evaluate the influence of implant length and bone quality on the
biomechanical aspects in alveolar bone and dental implant using non-linear finite element …

Objectives: The success of implant treatment depends on many factors affecting the bone-
implant, implant-abutment, and abutment-prosthesis interfaces. Stress distribution in bone …

Several finite element models of bone-implant prosthetic derived with geometrical topology
and material properties. Most of them adopted linear isotropic material properties to predict …

Extreme stresses in surrounding bone are among the most important reasons for implant
failure. Bone density (quality) is a variable that plays a decisive role in achieving predictable …

Since the advent of osteointegrated implantology and its precepts issued by the Swedish
School, assessment of peri-implant bone loss criteria has often been debated by …