All projects
The connecting question
How can a computational representation of a material reveal its mechanical or transport behavior?
Particle-based modeling at Paris-Saclay and INRAE
At SayFood, Université Paris-Saclay and INRAE, I worked on computational modeling of food processes from March to September 2022, supervised by Dr. Olivier Vitrac.
- Developed SPH methods in LAMMPS and Python for mechanical and rheological behavior during oral processing.
- Performed DPD simulations of hydrophobic mass transfer in the small intestine.
- Contributed to theoretical and computational methodologies for biological process simulation.
Paper microstructures at PIMM
At PIMM, CNRS / CNAM / ENSAM, I worked on paper material microstructures from March to September 2023, supervised by Dr. Justin Dirrenberger.
- Used virtual mechanical tests to investigate the mechanical behavior of paper microstructures.
- Developed a homogenized material model using FEM.
- Characterized mechanical properties in relation to representative elementary volume morphology.
- Studied structure–property relationships using a three-dimensional random fiber model.
Results and insights
These projects establish an earlier trajectory across particle and continuum methods. Selected figures and a fuller reflection on the methodological lessons will be added when the source material has been prepared.
Scope and attribution
The descriptions above are drawn from the CV. Additional images, code, and results will be credited to the appropriate project and shared only when permitted.