Resistance and inductance skin factors for a double-cage induction motor are calculated as the ratio of AC and DC values in the 0-70Hz rotor frequency range by the help of a finite element analysis software. In this way, the parameters of a complete or correct equivalent circuit are determined which allows for the skin-effect in the outer and inner bars themselves. Results of calculation from the correct and the generally used approximate equivalent circuit are compared. If finite element analysis is available, the use of the correct equivalent circuit is proposed
In the paper results of finite-element calculations of the shaft voltage in a squirrel-cage inductio...
In squirrel cage rotors of induction machines with unconventional end region structure, the three-di...
A method to estimate the flux-linkages and parameters of induction motors with skewed rotor bars is ...
Resistance and inductance skin factors for a double-cage induction motor are calculated as the ratio...
In this paper, finite element method is used to compute inductance parameters of a squirrel cage ind...
The paper compares two different ways (2D and 3D) of modelling of two-phase squirrel-cage induction ...
The use of separate stator and rotor models facilitates the development of a finite-element based an...
This paper describes two novel Finite-Element procedures for squirrel cage Induction Motor performan...
A new finite-element technique for squirrel cage Induction Motor features analysis is presented in t...
Induction machines are popular in every segments of industry due to their simple construction and ro...
The paper presents a fast method to compute wound rotor induction machines in steady state. Coupled ...
peer reviewedaudience: researcherA model allowing the simulation of induction machines with differen...
A method for the analysis of induction motors is presented. The analysis is based on the combined so...
In this paper, a modified equivalent circuit model (ECM), which considers the effects of an arc-shap...
Efficiency of the power converters is an important specification that determines their success on th...
In the paper results of finite-element calculations of the shaft voltage in a squirrel-cage inductio...
In squirrel cage rotors of induction machines with unconventional end region structure, the three-di...
A method to estimate the flux-linkages and parameters of induction motors with skewed rotor bars is ...
Resistance and inductance skin factors for a double-cage induction motor are calculated as the ratio...
In this paper, finite element method is used to compute inductance parameters of a squirrel cage ind...
The paper compares two different ways (2D and 3D) of modelling of two-phase squirrel-cage induction ...
The use of separate stator and rotor models facilitates the development of a finite-element based an...
This paper describes two novel Finite-Element procedures for squirrel cage Induction Motor performan...
A new finite-element technique for squirrel cage Induction Motor features analysis is presented in t...
Induction machines are popular in every segments of industry due to their simple construction and ro...
The paper presents a fast method to compute wound rotor induction machines in steady state. Coupled ...
peer reviewedaudience: researcherA model allowing the simulation of induction machines with differen...
A method for the analysis of induction motors is presented. The analysis is based on the combined so...
In this paper, a modified equivalent circuit model (ECM), which considers the effects of an arc-shap...
Efficiency of the power converters is an important specification that determines their success on th...
In the paper results of finite-element calculations of the shaft voltage in a squirrel-cage inductio...
In squirrel cage rotors of induction machines with unconventional end region structure, the three-di...
A method to estimate the flux-linkages and parameters of induction motors with skewed rotor bars is ...