During the drying stage, we implement a homogeneous evaporation model , which posits that all CBD particles containing solvent will instantly contract to their solid-state size of 2.6 μm. The resulting microstructures differ only in terms of PSDs of AM1 and AM2, as well as the initial position resulting from the previous step in the workflow. When the microstructures have the same AM PSD, the only difference is the particle arrangement induced by the size of the CBD particles during the slurry stage. Following this contraction, the system can equilibrate. To simulate the phase transition from slurry to a dried electrode, we adjust the FF parameters by enhancing the attractive and elastic interactions. This adjustment reflects the stronger particle bonds formed by binder bridges and the improved mechanical properties of the dried electrode. As a result, the electrode thickness decreases from top to bottom. Throughout the simulation, the PBCs are maintained in all dimensions and the temperature is maintained at 300 K within the NPT ensemble.