We first generated a simulation box with 20052 water molecules and dimensions of 12⇥12⇥4 nm 3 . Next, the shortest box vector was extended to 22 nm in order to create two interfaces between air (or vacuum) and water. This procedure was repeated for 3-point and 4point water models. Then, we simulated the systems using various 3-point and 4-point water models; 3-point 32 (OPC3) and 4-point Optimal Point Charge (OPC4) models, Simple Point Charge (SPC) and its Extended variant (SPC/E), Three-site Transferrable Intermolecular Potential (TIP3P) and its CHARMM-variant (TIPS3P), Four-site Transferrable Intermolecular Potential (TIP4P), and its updated variant from 2005 (TIP4P/05). The simulations were performed in constant volume and temperature for 10 ns with varying cuto↵ values for the Lennard-Jones potential. The simulations used a 2 fs time step.