The application of engineering knowledge in dentistry has helped the understanding of
biomechanics aspects related to osseointegrated implants. Several techniques have been …

Aim: The current paper aims to review mandibular flexure and its clinical implications in the
field of oral rehabilitation. Mandibular flexure is a deformity of the mandible, which occurs …

Background: Understanding how clinical variables affect stress distribution facilitates optimal
prosthesis design and fabrication and may lead to a decrease in mechanical failures as well …

Statement of problem The clinical application of short implants has been increasing.
However, studies on the marginal bone loss of short implants are sparse, and clinicians …

Background: Mandibular flexion (MF) is a complex biomechanical phenomenon, which
involves a deformation of the mandible, due mainly to the contraction of the masticatory …

Purpose: This study aimed to analyze and compare strain distribution patterns for splinted
and nonsplinted restorations for dental implants with an internal conical connection …

The mandible has a property to flex inwards around the mandibular symphysis with change
in shape and decrease in mandibular arch width during opening and protrusion of the …

Mandibular flexure, characterized by unique biomechanical behaviors such as elastic
bending and torsion under functional loading, has emerged as a crucial factor in oral clinical …

This study aimed to analyze the stress distribution in single implant system and to evaluate
the compatibility of an in vitro model with finite element (FE) model. The in vitro model …

Objectives: The purpose of this in vitro study was to analyze the stress distribution on
components of a mandibular‐cantilevered implant‐supported prosthesis with frameworks …