The numerical simulation for quasi-stationary electromagnetic fields in multiply connected regions and regions with time-changing boundaries

The space-homogeneous models and algorithms for quasi-stationary fields description has been worked out. Time-changing conducting and nonconducting subregions has been taken into consideration. The preferences of proposed algorithms application was shown. The solution stability of difference task for different simulation ways has been studied. The different algorithms for unique solution obtaining of quasi-stationary Maxwell equations in three-dimensional region with multiply connected conducting and nonconducting subregions has been worked out.