The manufacturing process of NMC622 based electrodes was performed experimentally and reported by Alabdali et al. . By using the obtained manufacturing properties, a predictive model was carried out by simulating in 3D a slurry-based manufacturing process of ASSBs composite electrodes using CGMD technique in LAMMPS computational software. It involves three major steps in the electrode wet manufacturing process: the slurry preparation, the drying and the calendering as shown in Figure . These simulations account for the AM, the SE and the CBD but it does not distinguish explicitly between carbon and binder. The CGMD technique is based on applying force fields/contact forces representing the interaction between particles and their mechanical properties, and these force fields were parameterized to match the experimental properties.