Numerical methods in biomechanics

ME-484

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Course summary

W-01

C: Course overview and structure

C: Introduction and examples

E: Comsol tutorial 1: A simple example

W-02

C: External lecturer (Philippe Büchler, ARTORG, Bern University)

C: External lecturer (Philippe Favre, Zimmer Biomet company)

E: Comsol tutorial 2: Geometrical tools

W-03

C: Partial Differential Equations

E: Comsol tutorial 3: multiphysics modeling

W-04

C: Solid mechanics

E: Solid mechanics

W-05

C: Fluid mechanics

E: Fluid mechanics

W-06

P: Midterm presentation

P: Project suport

W-07

C: Finite Element Method

E: Finite Element Method

W-08

10:15 - 12:00 : Midterm evaluation ➞ Replaced by lecture on Verification and Validation

12:15 - 13:00 : Project support

W-09

C: Multiphysics and coupling

E: Multiphysics and coupling (Ex. 7: artificial bladder with contact)

Easter holidays

W-10

C: Multiphysics and coupling example 1

E: Multiphysics and coupling (Ex. 8: artificial bladder with fluid)

P: Project support

Ascension day

W-11

C: Multiphysics and coupling example 2

E: Multiphysics and coupling (Ex. 9: Strain in granulation tissue)

P: Project support

W-12

C: Multiphysics and coupling example 3

E: Multiphysics and coupling (Ex. 10: micro-fluidic chamber)

P: Projet support

W-13

P: Final project presentations

P: Project support

One week after semester end: Project report

The report should follow the recommendations in the template (Project report template, in LaTeX or Word) and in the document "Advices for scientific writing". Upload the report as pdf.

Upload the Comsol file(s), without mesh and results, as explained in the following link: https://www.comsol.com/support/knowledgebase/1238

Mesh > Clear built mesh
Study > Clear solutions

To be defined: Final exam

The exam is open-book, it is scheduled from 09h15 to 12h15 (usually), in room to be defined.