Fluid structure for the jet impinging upon a flat plate with fields has been investigated at different angles of impingement. The investigation was carried both for jet with Reynolds number of 2750. The numerical simulation was carried over the water jet impingement using hybrid turbulence modeling. The SGS model reduces to k-epsilon model near the walls. The solution was based on the finite volume method called Arbitrary Lagrangian-Eulerian method. Spatial differences were formed on a finite-difference mesh that subdivides the computational region. Water was injected on to the flat plate from a solid cone micro nozzle of cone angle 20°. The distance between the nozzle and the flat plate was 0.1cm. Nozzle plate spacing ratio H/d =10.