İki Farklı Geometriye Sahip Dental İmplantların Tip 2 Kemikte Oluşturduğu Stres Değerlerinin Sonlu Elemanlar Analizi ile Değerlendirilmesi

Abstract

In recent years, dental implantology has come to the forefront in the literature of dentistry, and it is a reality that is at the forefront of the most debated issues in international dental congresses. Implant systems have gained a great importance today as an alternative to conventional prosthetic approaches for restoring aesthetic, function, and phonation to the patient by removing tooth deficiencies. During the development of dental implants, as well as subperiosteal implants, endosteal implants with subgroups such as blade, transosseos, transmanceribular, bicortical, root or cylindrical are described. Recent developments have shown that endosteal implants with conical or cylindrical shape are superior to other systems in their success and superiority, and thus have increased in popularity. The purpose of this study is; The stresses occurring in the cortical and trabecular layers of the bone during the placement of the dental implants of 3.75 mm in diameter and 10 mm in length with the conical and cylindrical geometries in the Type 2 bones of the bone classification of Lekholm and Zarb are gradually measured and compared every 2 mm. Thus, possible problems that may occur during and after dental implant application will be foreseen and possible precautions will be taken against possible complications. In this way the quality of life of the patients will also be increased