Development of three dimensional mathematical model of electromagnetic field is of great importance for turbogenerators, especially for those with large ratings or little active volume [1, 2]. Such a mathematical model permits us to carry out accurate numerical investigation of the generator design instead of creating a physical model much less correct and much more costly
The paper discuses the numerical methods of electromagnetic field calculations in the electric machi...
This paper presents two-dimensional field-circuit model of 500 MVA turbogenerator. Model is designed...
Magnetohydrodynamic (MHD) energy conversion consists of electrical energy generation directly from h...
Development of three dimensional mathematical model of electromagnetic field is of great importance ...
A quasi-three-dimensional field mathematical model of the electromagnetic field and heat transfer pr...
A field mathematical model of the end zone of a powerful generator type TVV-1000-2U3 in the 3D-setti...
A model the magnetic fields in turbo- generators with either symmetrical or asymmetrical rotor has b...
Purpose - The purpose of this paper is to present a numerical approach for the computation of 3D mag...
International audiencePurpose The axial magnetic field occurs in the end-region of large turbo-gener...
With the aid of mathematical and physical simulation the electromagnetic field distributions in the ...
Purpose. Assessing the impact of load asymmetry of turbogenerator (TG) on the magnetic field distrib...
This paper presents two-dimensional field-circuit model of 500 MVA turbogenerator. Model is designed...
14th Biennial IEEE Conference on Electromagnetic Field Computation, CEFC2010, Chicago, IL, 9-12 May ...
A new approach to calculate and analyze the electromagnetic forces on end windings of large turbine ...
This paper presents two-dimensional field-circuit model of 500 MVA turbogenerator. Model is designed...
The paper discuses the numerical methods of electromagnetic field calculations in the electric machi...
This paper presents two-dimensional field-circuit model of 500 MVA turbogenerator. Model is designed...
Magnetohydrodynamic (MHD) energy conversion consists of electrical energy generation directly from h...
Development of three dimensional mathematical model of electromagnetic field is of great importance ...
A quasi-three-dimensional field mathematical model of the electromagnetic field and heat transfer pr...
A field mathematical model of the end zone of a powerful generator type TVV-1000-2U3 in the 3D-setti...
A model the magnetic fields in turbo- generators with either symmetrical or asymmetrical rotor has b...
Purpose - The purpose of this paper is to present a numerical approach for the computation of 3D mag...
International audiencePurpose The axial magnetic field occurs in the end-region of large turbo-gener...
With the aid of mathematical and physical simulation the electromagnetic field distributions in the ...
Purpose. Assessing the impact of load asymmetry of turbogenerator (TG) on the magnetic field distrib...
This paper presents two-dimensional field-circuit model of 500 MVA turbogenerator. Model is designed...
14th Biennial IEEE Conference on Electromagnetic Field Computation, CEFC2010, Chicago, IL, 9-12 May ...
A new approach to calculate and analyze the electromagnetic forces on end windings of large turbine ...
This paper presents two-dimensional field-circuit model of 500 MVA turbogenerator. Model is designed...
The paper discuses the numerical methods of electromagnetic field calculations in the electric machi...
This paper presents two-dimensional field-circuit model of 500 MVA turbogenerator. Model is designed...
Magnetohydrodynamic (MHD) energy conversion consists of electrical energy generation directly from h...