The present study was aimed at reviewing the studies that used finite element analysis
(FEA) to estimate the biomechanical stress arising in removable partial dentures (RPDs) and …

In the dynamic realm of healthcare, the convergence of engineering and biomedical
sciences has emerged as a pivotal frontier. In this review we go into specific areas of …

Dental implant macro-and micro-shape should be designed to maximize the delivery of
optimal favorable stresses in the surrounding bone region. The present study aimed to …

Abstract Background and Objective The purpose of this study is to evaluate and compare
bone stress that occurs as a result of using vertical implants with simultaneous sinus …

This study aims to evaluate the stress values, created in peri-implant region as a
consequence of loading on fixed hybrid dentures that was planned with different implant …

Introduction The aim was to evaluate the stress distributions on dentin and repair materials
caused by static force applied to teeth, with cervical external root resorption (CER) after …

Since Brånemark's discovery, dental implants have become the most common restorative
technique for the rehabilitation of edentulism. Many factors can impact the survival of implant …

Statement of problem Although various abutment connections and materials have recently
been introduced, insufficient data exist regarding the effect of stress distribution on their …

Statement of problem Several studies have shown the superiority of computer-assisted
design and computer-assisted manufacturing (CAD-CAM) technology compared with …

Purpose To compare the stress distribution of mandibular full dentures supported with
implants according to the bar materials and manufacturing techniques using a qualitative …