International Journal of Academic Engineering Research (IJAER)   Year: 2020 | Volume: 4 | Issue: 7 | Page No.: 1-4 Simulations and Modeling of Dielectric Paper Material with Selected Electrical Properties under Constant Conductive Plate Distance and DC Voltage. Ngari Adamu. Z, Olabimtan Olabode. H, Sani Yakubu Abstract: Dielectric materials can be solids, liquids, gases, and vacuum. Solid dielectrics material like paper has a tremendous applications in electrical/electronic engineering. Meanwhile, the effects (simulations) of the direct current voltage of 1.5v, free space permittivity of 0.89, constant conductive plate distance of 10mm with 3.50 paper dielectric constant were modeled against the varying surface area in mm2. Properties such as capacitance (y=32.24x + 0.0906; R2=1.000), charge magnitude (y=21.512x + 0.0038; R2= 1.0000), stored energy (y= 28.727x - 0.1985; R2= 1.0000), dielectricity (y= 37.514In(x) + 41.135; R2= 0.8351), dipole moment (y= 2.1512x + 0.0038; R2= 1.0000) and polarizability (y= 64.115In(x) - 270.11; R2= 0.9953) were clearly modeled.