There is currently no consensus regarding the survival rate of osseointegrated implants in
patients with osteoporosis. A systematic review with meta-analysis was performed to …

Many studies have found that the threshold of occlusal force tolerated by titanium-based
implants is significantly lower than that of natural teeth due to differences in biomechanical …

The aim of this study is to assess the effect of different dental implant designs, bone type,
loading, and surface treatment on the stress distribution around the implant by using the 3D …

Background A new two-piece abutment design consisting of an upper prosthetic component
and tissue-level base has been introduced; however, the biomechanical behavior of such a …

The aim of this study is to assess the stress distribution on the bone tissue and bone-implant
interface of a customized anatomic root-analog dental implant (RAI) by means of finite …

The failure of dental implant is frequently occurred as the result of mechanical complications
under daily biting forces. The long-term stability and the success of a dental implant are …

The biomechanical performance of dental implants determines their clinical success. In this
work, the stress and deformation distribution of a new implant design (dense and porous) …

The purpose of the present study was to compare the stress distribution patterns of four
materials used for the framework of All-on-4 prostheses. Following framework materials …

Background Osseous condition of the mandible was regarded as a key factor influencing
stability of implants in the early stage. Finite element analysis was used to assess the effect …

Mechanical failure of zirconia-based full-arch implant-supported fixed dental prostheses
(FAFDPs) remains a critical issue in prosthetic dentistry. The option of full-arch implant …