This paper deals with the modelling of transformer supply in the two-dimensional (2D) finite element (FE) simulation of rotating electrical machines. Three different transformer models are compared The reference one is based on two 2D FE models, considering a cross-section either parallel or perpendicular to the laminations of the magnetic core. The parameters of the two other transformer models, a magnetic equivalent circuit and an electrical equivalent circuit, can be derived from the reference model Particular attention is paid to some common features of the transformer models, e.g. with regard to the inclusion of iron losses. The three models are used in the 2D FE simulation of the steady-state load operation and the starting from stand...
A novel mesh-free methodology for the coupled magnetic field-circuit simulation of power transformer...
The General Purpose 2D Electromagnetic Tool, GP2DET, at Voith Siemens Hydro Power Generation GmbH is...
A novel method which uses zero-dimensional finite elements to directly analyze the coupled problem o...
Accurate simulation and prediction of losses in power transformer is important during transformer li...
Modelling of electromagnetic problems almost occur in machines in general and transformers in partic...
Abstract. Power transformer analysis and design focussing on the equivalent circuit parameter evalua...
Different transformer models are examined for the calculation of the no-load losses using finite ele...
Abstract Power transformer analysis and design focussing on the equivalent circuit parameter evalua...
Finite element method (FEM) has become a very popular and practical tool for computing the magnetic ...
Abstract-- In this article, an efficient model for the finite element analysis of distribution trans...
The Finite Element Method (FEM) in recent years has been found as very attractive for electromagneti...
A versatile numerical model for the simulation of dynamic operations of electric machines and drives...
This paper presents a 2-D hybrid analytical modeling method for the analysis of the magnetostatic fi...
This paper summarises a reverse method of transformer design where the construction details of the ...
\u3cp\u3eThis paper presents a 2-D hybrid analytical modeling method for the analysis of the magneto...
A novel mesh-free methodology for the coupled magnetic field-circuit simulation of power transformer...
The General Purpose 2D Electromagnetic Tool, GP2DET, at Voith Siemens Hydro Power Generation GmbH is...
A novel method which uses zero-dimensional finite elements to directly analyze the coupled problem o...
Accurate simulation and prediction of losses in power transformer is important during transformer li...
Modelling of electromagnetic problems almost occur in machines in general and transformers in partic...
Abstract. Power transformer analysis and design focussing on the equivalent circuit parameter evalua...
Different transformer models are examined for the calculation of the no-load losses using finite ele...
Abstract Power transformer analysis and design focussing on the equivalent circuit parameter evalua...
Finite element method (FEM) has become a very popular and practical tool for computing the magnetic ...
Abstract-- In this article, an efficient model for the finite element analysis of distribution trans...
The Finite Element Method (FEM) in recent years has been found as very attractive for electromagneti...
A versatile numerical model for the simulation of dynamic operations of electric machines and drives...
This paper presents a 2-D hybrid analytical modeling method for the analysis of the magnetostatic fi...
This paper summarises a reverse method of transformer design where the construction details of the ...
\u3cp\u3eThis paper presents a 2-D hybrid analytical modeling method for the analysis of the magneto...
A novel mesh-free methodology for the coupled magnetic field-circuit simulation of power transformer...
The General Purpose 2D Electromagnetic Tool, GP2DET, at Voith Siemens Hydro Power Generation GmbH is...
A novel method which uses zero-dimensional finite elements to directly analyze the coupled problem o...