Introduction: Maxillary molar intrusion has been regarded as one of the difficult orthodontic
tooth movements when prevention of undesirable movement and root resorption are …

Purpose This study compares the FEA‐calculated stresses generated within the supporting
periodontal structure of a mandibular second molar restored with a full ceramic crown and …

Aim To evaluate the effect of Na OC l, EDTA and MTAD on the stress distribution and levels
in roots with flared canals and three different aesthetic post systems using finite element …

Statement of problem Periodontally compromised teeth (PCT) that serve as terminal
abutments (TAs) are often challenging depending on the post-and-core treatment, the type …

Aim: This finite element study was conducted to calculate the distribution of stresses in the
periodontal ligament when various orthodontic forces were applied, with emphasis on the …

OBJECTIVES: The present comparative analysis aimed at evaluating which combination of
restorative materials resulted in the most homogeneous stress and strain distributions …

The aim of this work was to evaluate the stress distribution inside endodontically treated
teeth restored with different posts (glass fibre, carbon fibre and steel posts) under different …

Objective: To evaluate the risk of root resorption, individual finite element models (FEMs) of
extracted human maxillary first premolars were created, and the distribution of the …

Aim: The aim of this study is to determine the stress produced on various periodontal tissues
at different occlusal loads using finite element model (FEM) study. Materials and Methods …

Objective To investigate stress distribution of different material restored post-cores in dentine
and provide a theoretical guidance for clinical use. Methods A three-dimensional finite …