比利时鲁汶大学骨生物力学（骨盆重建）研究博士后职位

In this project, the task will be to develop a computational tool that estimates the load partitioning throughout the assembly (and the potential damage). Simulations will rely on advanced modelling of the bone micromechanics. They will also entail a realistic representation of the pelvis and the implant (screws and plates) within a finite element code. Based on medical imaging data, a segmentation technique (such as the level set method) will be used to reconstruct the 3D geometry. External loading of the pelvis will be determined using an existing walk simulator based on multibody dynamics theory. Model predictions will be assessed based on experimental data. The candidate should have basic training in at least two of the three following disciplines: (i) Materials science, (ii) Computational mechanics (eg the finite element method), (iii) Tensor calculus in continuum mechanics. He/she must also demonstrate the potential to acquire sufficient autonomy in his/her research, in particular w.r.t. programming the computer code.