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In this lecture, we explained twelve titles about Bio-Mechanical engineering. During the lecture, we explained each model from A to Z. First, schematic of the problem and then modeling and simulation
In the first lecture, the pull-out process of the medical screws from the bone has been investigated. The material model and its equations, steps, interaction, and mesh are step by step. In the second lecture, the dental implant in the mandible bone is simulated. 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 based on the damage criterion model in Abaqus is modeled. The material data are extracted from the reference paper after the bone drilling by using a rigid drill by using Johnson-Cook damage and hardening for the bone is stimulated. The model is so clear from the first to the end. Bone cutting by using the CEL approach is defined in another lecture. The damage and failure criterion for the bone is so important. The rigid body impact on the femur bone is investigated by using an explicit method. 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 dental implant insertion is another lecture in which the tutor used a clear explanation for that, and the implant is modeled as a rigid body, and the mandible bone is considered as a solid part that experiences damage during the analysis. Static load over the crown of the tooth has been applied. At the end of the lecture, three models about blood and vessel CFD and FSI simulation have been simulated to understand the role and modeling procedure of the fluid and structure in interaction
These are titles of the lecture, and you can find them separately on the website
Simulation pull-out process of the medical screw from the bone in Abaqus- Damage investigation
Simulation dental implant in interaction with the mandible bone under dynamic load in Abaqus
Crack growth stimulation of bone under three-point bending in Abaqus
Simulation of the bone drilling process by using the explicit method in Abaqus
Simulation and numerical modeling of orthogonal cutting of cortical bone in Abaqus
Simulation of femur bone fracture under rigid impact in Abaqus
Finite Element Simulation of Titanium Foam Behavior for Dental Application
Simulation of dental implant insertion in Abaqus
Finite element simulation of the human tooth under static load in Abaqus
Simulation of Non-Newtonian blood flow behavior in Abaqus CFD
FSI simulation of blood and vessels in Abaqus-Co Simulation process
Fluid-Structure Interaction simulation of human blood with the coronary vessel in Abaqus
The cost for this lecture and full-time access full time is Ninety-One Euros. You can use a PayPal account, a Visa, or a Master card for the payment. This lecture is an original one, and we can answer all your questions after you watch the lecture and run the Abaqus files for the models. This lecture is better than the Udemy lectures because almost them are copy projects, and the writer can’t answer your questions because they are breaking copyright rules to earn money
Before payment, send me an email to this address: karampourp@gmial.com
