Add to ORKGA finite element simulation technique is presented for analyzing Type-II superconductors in time varying magnetic field. The technique is applied to a simple two-dimensional model with a superconductor slab of highly nonlinear characteristic. The resulting current and field distribution is determined and compared with known solutions
The thesis is devoted to the study of the diffusion of the electric field in type-II superconductors...
Electromagnetic finite elements are extended based on a variational principle that uses the electrom...
Superconducting devices have been widely studied over these years. Their application can be found in...
A finite element simulation technique is presented for analyzing Type-II superconductors i...
Different finite-element method (FEM) formulations have been developed in order to model the electro...
At current stage of advanced research on the application of superconductivity, the crucial thing is ...
Superconductivity was discovered in 1911 and since then it has become indispensable in a wide range ...
In recent years, the possibility of incorporating type-ll superconducting materials into engineering...
WOS: 000370948300001Microwave surface resistance of type-II superconductors is investigated via the ...
are clearly revealed. Once this has been achieved, further studies indicate the most desirable param...
Some issues concerning the numerical analysis of superconductors are discussed and a novel approach ...
Some issues concerning the numerical analysis of superconductors are discussed and a novel approach ...
This thesis is focused on numerical modelling of high-temperature superconductors (HTS) for the purp...
Some issues concerning the numerical analysis of superconductors are discussed and a novel approach ...
A 3D numerical modelling technique for solving problems involving superconducting materials is prese...
The thesis is devoted to the study of the diffusion of the electric field in type-II superconductors...
Electromagnetic finite elements are extended based on a variational principle that uses the electrom...
Superconducting devices have been widely studied over these years. Their application can be found in...
A finite element simulation technique is presented for analyzing Type-II superconductors i...
Different finite-element method (FEM) formulations have been developed in order to model the electro...
At current stage of advanced research on the application of superconductivity, the crucial thing is ...
Superconductivity was discovered in 1911 and since then it has become indispensable in a wide range ...
In recent years, the possibility of incorporating type-ll superconducting materials into engineering...
WOS: 000370948300001Microwave surface resistance of type-II superconductors is investigated via the ...
are clearly revealed. Once this has been achieved, further studies indicate the most desirable param...
Some issues concerning the numerical analysis of superconductors are discussed and a novel approach ...
Some issues concerning the numerical analysis of superconductors are discussed and a novel approach ...
This thesis is focused on numerical modelling of high-temperature superconductors (HTS) for the purp...
Some issues concerning the numerical analysis of superconductors are discussed and a novel approach ...
A 3D numerical modelling technique for solving problems involving superconducting materials is prese...
The thesis is devoted to the study of the diffusion of the electric field in type-II superconductors...
Electromagnetic finite elements are extended based on a variational principle that uses the electrom...
Superconducting devices have been widely studied over these years. Their application can be found in...