Finite Element Analysis (FEA) for a Different Type of Cono-in Dental Implant

The aim of biomechanics applied to implantology is determine the deformative and tensional states by solving equilibrium equations within mandibular bone osseointegrated implant ensure its stability improve success rate. finite element method a powerful numerical technique that uses computing power derive approximate solutions for analysis components with very complex geometry, loads, materials, especially biomechanical problems analysis, which challenging find in vivo or vitro. This study performs complete FEA survey on 3 implants Cono-in different diameters 3.4 mm, 4.5 5.2 mm abutments inclined 15° evaluates tensions are generated system as result application chewing loads. In this study, extent stresses developed peri-crestal zone variation occlusal overstress acting them was also evaluated. Autodesk Inventor Nastran Software used perform type localized analysis; With it possible analyze area more precisely through accurate reconstruction mesh element, allowed us solve solution mathematically. results showed how load respect vertical larger diameter leads an increase stress.