MAGNETIC SYSTEMS SIMULATION OF MAGNETOSTRICTIVE CONVERTERS OF LEVEL AND DENSITY IN ELCUT

Abstract

The advantages of universal program packages, allowing to solve different types of field tasks are analized. It is proved that the simulation of the magnetic system of the magnetostrictive transducers of level and density in the ELCUT environment is reduced to the two-dimensional tasks solution - plane-parallel and axisymmetric. Issues of the magnetic system modeling of the magnetostrictive transducers of level and density of liquid environments using permanent magnets, in the program ELCUT are developed. Systematic constraints modeling the magnetic system of the magnetostrictive transducers of level and density in the ELCUT environment are revealed. The maps of the axial measurements of the interaction of magnets floats level and density of the brand UHDK40Т8АА. The measurements results of magnetic forces are grouped and graphically presented. The basic magnetic characteristics study results of a single annular magnet are partle given. A mathematical model of the ponderomotive forces of adjacent magnets of the magnetic systems MPUP the ELCUT environment is defined.