In terms of perspectives, the procedure described along this work should be tested for a wide range of electrodes' composition and AM particle size distribution to verify its generalizability to other scenarios with respect to the one considered here. In that sense, the code developed along this work will be released freely on the ARTISTIC project Github 54 for any computational researcher possibly interested into it, while it will be implemented in the ARTISTIC computational platform through a user-friendly interface. The latter should allow experimentalists or not expert researchers to generate electrode mesostructures through the procedure discussed in this work, being free to select the desired electrode composition (weight ratio between AM and CBD), SC, AM particle size distribution and CBD size, which we hope could lead to a deeper testing of the model in a collaborative way. Lastly, we hope that this work can trigger the development of new 3D computational approaches focused on solvent evaporation or, more generally, 3D physicsbased models able to generate heterogeneous electrodes mesostructures.