Proceedings of the 1999 3rd IEEE International Conference on Power Electronics and Drive Systems (PEDS'99), Kowloon, Hong Kong, 27-29 July 1999Although circuit models of induction machines are simple and can be solved quickly, the changes of the lumped parameters in the circuit model during dynamic processes are difficult to be estimated. In this paper the circuit-field coupled mathematical models of induction machines are scrutinized and their implicit hypotheses, limitations and the appropriate applications of such models are highlighted.Department of Electrical Engineerin
The universal mathematical model of cage induction motor must assure all possible kinds of motor ope...
This paper presents a non-linear model of the induction machine which takes in consideration the in...
The design of robust power systems entails extensive use of computer simulations, increasing the dem...
A time-stepping coupled finite element-state-space model for induction motor drives is developed. Th...
This paper presents an easy to understand dynamic simulation model of Induction Machine Model on Sim...
A time-stepping coupled finite element-state-space model for induction motor drives is developed. Th...
The research programme presented in this thesis terminates the first phase in the development of a ...
The research programme presented in this thesis terminates the first phase in the development of a ...
This paper presents a model which predicts, with a high degree of accuracy, the dynamic response of ...
Dynamic analytical models have been developed for the transient analysis of induction machines with ...
In a companion paper, a time-stepping coupled finite element state-space algorithm for the modeling ...
The magnetic field within electrical machines causes an interaction between the electrical and mecha...
This paper presents a non-linear model of the induction machine which takes in consideration the inf...
In the paper a filed-circuit mathematical model of the induction motor is presented, which enables a...
This thesis presents the derivation of two transient models of a multiphase induction motor. The fir...
The universal mathematical model of cage induction motor must assure all possible kinds of motor ope...
This paper presents a non-linear model of the induction machine which takes in consideration the in...
The design of robust power systems entails extensive use of computer simulations, increasing the dem...
A time-stepping coupled finite element-state-space model for induction motor drives is developed. Th...
This paper presents an easy to understand dynamic simulation model of Induction Machine Model on Sim...
A time-stepping coupled finite element-state-space model for induction motor drives is developed. Th...
The research programme presented in this thesis terminates the first phase in the development of a ...
The research programme presented in this thesis terminates the first phase in the development of a ...
This paper presents a model which predicts, with a high degree of accuracy, the dynamic response of ...
Dynamic analytical models have been developed for the transient analysis of induction machines with ...
In a companion paper, a time-stepping coupled finite element state-space algorithm for the modeling ...
The magnetic field within electrical machines causes an interaction between the electrical and mecha...
This paper presents a non-linear model of the induction machine which takes in consideration the inf...
In the paper a filed-circuit mathematical model of the induction motor is presented, which enables a...
This thesis presents the derivation of two transient models of a multiphase induction motor. The fir...
The universal mathematical model of cage induction motor must assure all possible kinds of motor ope...
This paper presents a non-linear model of the induction machine which takes in consideration the in...
The design of robust power systems entails extensive use of computer simulations, increasing the dem...