High Precision Modelling and Strength Analysis of Tooth Implants

The design and mechanical analysis of patient-specific dental prostheses play a crucial role in modern dentistry and biomechanical research. With the advancement of digital design and simulation tools, it has become possible to create customized dental prostheses tailored to individual patients, ensuring not only anatomical compatibility but also optimal mechanical stability. In our study, we present the design and finite element analysis of a bridge-type dental prosthesis, which was created based on the reconstruction of a real mandible. Our goal was to examine the behavior of the dental prosthesis and mandible under load, with a particular focus on stress distribution and deformations.