Endodontic Stress Analysis FEA

I need a detailed finite element analysis that zeroes in on stress distribution within an endodontically treated tooth restored with a Post and Core. The model should replicate clinically realistic geometry, material properties (dentin, gutta-percha, cement, fiber/metal post, core build-up, and if convenient the overlying crown), plus the typical occlusal and lateral load cases.

What I will supply
• Reference papers, anatomical images, and the loading scenarios I want reproduced.
• Any additional clinical notes you may need to refine the boundary conditions.

What I expect back
• A clean 3-D CAD model ready for meshing.
• The fully set-up FEA project file (ANSYS, Abaqus, COMSOL, or a comparable package—use whichever you work fastest in).
• High-resolution contour plots of von Mises and principal stresses in all key regions, with a brief comparison between different post materials if time allows.
• A concise technical report summarising objectives, assumptions, mesh quality checks, results, and a short discussion of their clinical relevance.
• All raw data so I can rerun or tweak the simulation later.

Acceptance criteria
1. Mesh convergence demonstrated.
2. Boundary conditions match the loading scheme I provide.
3. Report highlights peak stress values and their locations in dentin, post, and cement.

Turnaround is flexible within reason, but please outline the milestones you need for geometry, meshing, solving, and reporting so we can keep the project on track.