Об одном численном методе решения задачи Неймана в связи с решением проблемы управления внешним магнитным полем технических объектов в замкнутой системе

Abstract

A numerical technique for solving Laplace equation with Neumann boundary conditions is presented. The technique is based on a method of fundamental solutions. Comparison with a method of boundary integral equations is performed. It is shown that the technique developed provides high precision and speed of transformation of initial information about external magnetic field of technical objects, which is important for automated control of the field in a closed loop system.