The purpose of this study was to evaluate the effects of various fabrication techniques and
materials used in implant-supported mandibular overdentures with a Hader bar attachment …

Aims: To compare the stresses and elastic flexion between implant supported bar
overdentures in various configurations using finite element analysis. Settings and Design: A …

Background and Objectives. A key factor for the long‐term function of a dental implant is the
manner in which stresses are transferred to the surrounding bone. The effect of adding a …

Background: The aim of this study is to compare stress patterns induced by ball attachments
when used to retain mandibular overdentures supported by one, two, or four dental implants …

This study aimed to compare the influence of single-standing or connected implants on
stress distribution in bone of mandibular overdentures by means of two-dimensional finite …

Aim: This study was conducted aiming to optimize the selection of bar material that can
minimize stresses on mandibular bone. Subjects and Methods: One finite-element model …

Objective. Evaluate the stress distribution on the peri-implant bone tissue and prosthetic
components of bar-clip retaining systems for overdentures presenting different implant …

The biomechanical behavior of the edentulous mandible with bone irregularities that has
been rehabilitated with implant-supported overdentures has become an important factor for …

Purpose: To evaluate the influence of horizontal misfit change and bar framework material
on the distribution of static stresses in an overdenture‐retaining bar system using finite …

Purpose To analyze and compare the stress distribution in an implant‐retained overdenture
complex using ball and Locator attachments of three heights by means of a 3D finite element …