FEM was technologically innovated which initially aimed at answering structural analysis
difficulties involving Mechanics, Civil and Aeronautical Engineering. FEM basically stands …

Improved skills, techniques and materials, case selections and proved designs have
witnessed higher rates of success and survivals of osteointegration with dental implants. But …

Purpose. The aim of this study was to assess and correlate the stress distribution in an
anterior maxillary implant‐supported prosthesis with 0°(degree), 15°, and 25° angulated …

Purpose Implant rehabilitation for the maxillary anterior missing teeth can be a challenge.
This study aimed to analyze bony stress distribution in the four-unit fixed partial denture …

Statement of problem The strain developed around implants with angled abutments should
be considered when selecting a superstructure material. Studies that evaluated the strain …

To systematically measure and compare the stress distribution on the bone around an
implant in the anterior maxilla using angled abutments by means of finite element analysis …

This in vitro study aimed to use failure stress and implant abutment interface (IAI) microgap
size to find the compromised axial angle range of angulated zirconia abutments with a …

The aim of this study was to evaluate the bone tissue effects under dynamic loading using
finite element analysis (FEA) for four angled abutments with different deviated palatal lateral …

Background: Dental implant is a method to replacement of missing teeth. It is important for
replacing the missed anterior teeth. In vitro method is a safe method for evaluation of stress …

BACKGROUND: In order to ensure the proper function of the cementless hip implant, the
connection between the femoral bone and the implant has to be as strong as possible …