PhD Dissertation Proposals
- BGK-type kinetic models and mesoscopic numerical schemes for multi-component gases undergoing chemical reactions and temperature gradients (more info), in collaboration with prof. R. Monaco (Dep. of Mathematics)
- Mesoscopic numerical simulation of reactive mixtures in porous media applied to solid oxide fuel cells by means of the Lattice Boltzmann Method (more info), in collaboration with prof. M. R. von Spakovsky (Dep. of Mechanical Eng., Virginia Tech, USA)
- 3D Microstructure Experimental Analysis and Statistical Reconstructions of Solid Oxide Fuel Cell Electrodes with Applications to Numerical Simulations of Reacting Mixture Flows and Performance Evaluation (more info), in collaboration with prof. M. R. von Spakovsky (Dep. of Mechanical Eng., Virginia Tech, USA)
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Master Thesis Proposals
- Hardware design for scientific computing (more info), in collaboration with Dr. Sergio Tota (Dept. of Electronics - VLSI Lab)
- Numerical simulation of sub-micron particle coating by smooth hybrid mesoscopic model (more info), in collaboration with prof. Farzad Mashayek (Dep. of Mechanical Industrial Eng., University of Illinois at Chicago, USA)
- Comparison between numerical schemes derived by kinetic theory and finite difference schemes (more info, in Italian), in collaboration with prof. G. Puppo and dr. S. Berrone (Dep. of Mathematics)
- Numerical schemes for reactive flows (more info, in Italian), in collaboration with prof. G. Puppo and prof. R. Monaco (Dep. of Mathematics)
- Numerical schemes for fluid flows with rarefection effects (more info, in Italian), in collaboration with prof. G. Puppo (Dep. of Mathematics)
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Feel free to ask for additional information !!!
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