Abstract: There are presented the quasi-stationary electromagnetic fields simulation algorithms which allow to avoid appearance of some particularities near corners. Two and three-dimensional cases were considered. Solving algorithms with explicit particularity calculation in nonstationary case are presented. The proposed algorithms allow to reduce number of time steps and number of iterations for solution.Note: Research direction:Mathematical modelling in actual problems of science and technic
Journal ArticleNumerical modeling of the quasi-static electromagnetic (EM) field in the frequency do...
Forward modelling of electromagnetic induction data simulates the electric and magnetic fields withi...
A new approach to the modeling of electromagnetic wave propagation and penetration in and around ele...
Abstract: Methods for a numerical solution of Maxwell's equations in the quasi-stationary ...
The paper describes principles of two non-standard numerical iterative methods of investigating the ...
Covering the development of field computation in the past forty years, Field Models in Electricity a...
Summary. This paper deals with the further development of finite-difference methods for electromagne...
Abstract: The work is dedicates to development of numerical algorithms for simulation of e...
Abstract: The work is denoted to the software programs description (with examples of their...
Abstract: The two-step algorithm for solving problems with a linear elliptic operator, for...
The quasi-linear approximation for electromagnetic forward modeling is based on the assumption that ...
Abstract: In the work the implementation of algorithm is offered for Maxwell`s equations' ...
Abstract: The qualitative particularities of distributions of the nonstationary three - di...
With the development of technologies related to electromagnetic radiation, the problem of electromag...
Computations of three-dimensional non-stationary electromagnetic fields described by differential eq...
Journal ArticleNumerical modeling of the quasi-static electromagnetic (EM) field in the frequency do...
Forward modelling of electromagnetic induction data simulates the electric and magnetic fields withi...
A new approach to the modeling of electromagnetic wave propagation and penetration in and around ele...
Abstract: Methods for a numerical solution of Maxwell's equations in the quasi-stationary ...
The paper describes principles of two non-standard numerical iterative methods of investigating the ...
Covering the development of field computation in the past forty years, Field Models in Electricity a...
Summary. This paper deals with the further development of finite-difference methods for electromagne...
Abstract: The work is dedicates to development of numerical algorithms for simulation of e...
Abstract: The work is denoted to the software programs description (with examples of their...
Abstract: The two-step algorithm for solving problems with a linear elliptic operator, for...
The quasi-linear approximation for electromagnetic forward modeling is based on the assumption that ...
Abstract: In the work the implementation of algorithm is offered for Maxwell`s equations' ...
Abstract: The qualitative particularities of distributions of the nonstationary three - di...
With the development of technologies related to electromagnetic radiation, the problem of electromag...
Computations of three-dimensional non-stationary electromagnetic fields described by differential eq...
Journal ArticleNumerical modeling of the quasi-static electromagnetic (EM) field in the frequency do...
Forward modelling of electromagnetic induction data simulates the electric and magnetic fields withi...
A new approach to the modeling of electromagnetic wave propagation and penetration in and around ele...