Newton-GMRES-Method for the Scritinization of electric double layer and surface roughness on EHL line contact problem

The electric double layer phenomenon exists on the solid interface under water-liquid condition. water molecules are ionized and adhered in forming sturn is a diffused which can move with movement of bulk molecules. Because these two characteristics, boundary called layer. aim present study to explore impact fraction surfaces (EDL) thin lubricating film an elastohydrodynamic lubrication (EHL) line contact problem sinusoidal surface roughness. governing modified Reynolds thickness equations based mathematical model electro-viscosity asymmetrical electrical analyzed numerically. viscosity-pressure relation theoretical evaluation pertaining effect film-thickness pressure distribution EHL discussed detail. zeta potential determined using Newton’s-GMRES method Daubechies D6 wavelet as pre-conditioner. results predict that, EDL has less significant thickness. obtained compared Dowson Higginson comparable.