Titanium Foam Behavior for Dental Application can be a very interesting lecture because of the implant material and all the material details are explained in detail through the lecture. The rigid body impact on the femur bone is investigated by using an explicit method. The damage and failure criterion for the bone is so important. Bone cutting by using the CEL approach is defined in another lecture. The model is so clear from the first to end. The material data are extracted from the reference paper after that bone drilling by using a rigid drill by using Johnson-Cook damage and hardening for the bone is stimulated. The dental implant part is a crucial component in the dentistry field and in this lecture, it is completely explained by the tutor In the next lecture, the crack growth in the bone part base on the damage criterion model in Abaqus is modeled. In the second lecture, the dental implant in the mandible bone is simulated. The material model and its equations, steps, interaction, and mesh step by step are explained. In the first lecture, the pull-out process of the medical screws from the bone has been investigated. First, schematic of the problem and then modeling and simulation During the lecture, we explained each model from A to Z. In this lecture, we explained twelve titles about Bio-Mechanical engineering.
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