Abstract – The measurement of stator core loss for an induction motor at each manufacturing process is carried out in this paper. Iron loss in the stator core of induction motor changes after each manufacturing process due to the mechanical stress, which can cause the deterioration of the magnetic performances. This paper proposes a new iron loss measuring system of the stator core in an induction motor, which can be applied to the case when the distribution of magnetic flux density is not uniform along the magnetic flux path. In the system, the iron loss is calculated based on the induced voltage of the B-search coil and exciting current
A quick and simple test method for measuring the B-H curve and power loss in generator stators, both...
This thesis presents modelling and experimentation to identify the discrepancy between calculated an...
A mathematical model of induction motor in stator flux vector oriented frame that account for magnet...
Iron core loss is the major loss in electrical machines. It performs up to 25% of total machine loss...
In order to design a high-efficiency motor, the iron loss that is generated in the motor should be r...
The pulse width modulated (PWM) inverter is widely used to feed small induction motors for variable ...
A quick and simple test method for measuring the $B$- $H$ curve and power loss in generator stators,...
Core loss prediction and measurement has always been a concern for electrical machine design enginee...
3rd Japanese/Mediterranean Workshop on Applied Electronmagnetic Engineering for Magnetic and Superco...
Linear motors are widely used in cryogenic fields to drive Stirling-type cryocoolers. Generally the ...
© 2017 IEEE. A new and improved technique is presented for the measurement of iron loss in motor sta...
There is a growing interest towards increasing the efficiency of electrical machines to reduce the e...
As the major electricity consumer, electrical machines play a key role for global energy savings. Ma...
The electrical machine core is subjected to mechanical stresses during manufacturing processes. Thes...
This paper presents core loss analysis of 3-phase induction motors used for industry applications. T...
A quick and simple test method for measuring the B-H curve and power loss in generator stators, both...
This thesis presents modelling and experimentation to identify the discrepancy between calculated an...
A mathematical model of induction motor in stator flux vector oriented frame that account for magnet...
Iron core loss is the major loss in electrical machines. It performs up to 25% of total machine loss...
In order to design a high-efficiency motor, the iron loss that is generated in the motor should be r...
The pulse width modulated (PWM) inverter is widely used to feed small induction motors for variable ...
A quick and simple test method for measuring the $B$- $H$ curve and power loss in generator stators,...
Core loss prediction and measurement has always been a concern for electrical machine design enginee...
3rd Japanese/Mediterranean Workshop on Applied Electronmagnetic Engineering for Magnetic and Superco...
Linear motors are widely used in cryogenic fields to drive Stirling-type cryocoolers. Generally the ...
© 2017 IEEE. A new and improved technique is presented for the measurement of iron loss in motor sta...
There is a growing interest towards increasing the efficiency of electrical machines to reduce the e...
As the major electricity consumer, electrical machines play a key role for global energy savings. Ma...
The electrical machine core is subjected to mechanical stresses during manufacturing processes. Thes...
This paper presents core loss analysis of 3-phase induction motors used for industry applications. T...
A quick and simple test method for measuring the B-H curve and power loss in generator stators, both...
This thesis presents modelling and experimentation to identify the discrepancy between calculated an...
A mathematical model of induction motor in stator flux vector oriented frame that account for magnet...