Add to ORKGThis paper concerns a circuital model of a 5.5 kVA salient pole synchronous generator with damping bars, with and without the rotor skew. The paper presents an influence of the stator to rotor self and mutual inductance distribution on the induced voltages in the no-load steady state. Inductance distributions used in the circuital model are determined in the FE MM program for linear and nonlinear magnetic circuit. Simulation and experimental verification are presented
The thesis presents an original mathematical model of a synchronous generator using non-integer orde...
Herein, a set of experimental procedures is presented for determining the main electrical distribute...
The linearized model of a synchronous generator, known in the literature as the Heffron-Phillips m...
Abstract: This paper presents a representation of the stator to rotor self and mutual inductance and...
The paper presents a comparison of higher harmonics in induced phase voltages of a stator winding in...
The paper presents a comparison of higher harmonics in the induced voltages in the stator windings o...
This work investigates the establishment of steady-state eddy currents in solid and laminated salien...
The paper presents a two-dimensional field-circuit model of a two-winding, single-phase induction ma...
The general effects of implementing skewing techniques in electrical machines are well known and hav...
This study aimed at the identification and treatment of harmonic interference in the functioning of ...
This thesis deals with the analysis of separately-excited synchronous machines (field winding). Math...
A synchronous generator with voltage controller is a system whose work describes the ordinary differ...
Objective of this paper is to provide design recommendations to improve the performance and power de...
This thesis presents two types of alternating current (ac) generators that are becoming popular for ...
In this paper a mathematical model of turbo-generators is published. It is suitable for their large...
The thesis presents an original mathematical model of a synchronous generator using non-integer orde...
Herein, a set of experimental procedures is presented for determining the main electrical distribute...
The linearized model of a synchronous generator, known in the literature as the Heffron-Phillips m...
Abstract: This paper presents a representation of the stator to rotor self and mutual inductance and...
The paper presents a comparison of higher harmonics in induced phase voltages of a stator winding in...
The paper presents a comparison of higher harmonics in the induced voltages in the stator windings o...
This work investigates the establishment of steady-state eddy currents in solid and laminated salien...
The paper presents a two-dimensional field-circuit model of a two-winding, single-phase induction ma...
The general effects of implementing skewing techniques in electrical machines are well known and hav...
This study aimed at the identification and treatment of harmonic interference in the functioning of ...
This thesis deals with the analysis of separately-excited synchronous machines (field winding). Math...
A synchronous generator with voltage controller is a system whose work describes the ordinary differ...
Objective of this paper is to provide design recommendations to improve the performance and power de...
This thesis presents two types of alternating current (ac) generators that are becoming popular for ...
In this paper a mathematical model of turbo-generators is published. It is suitable for their large...
The thesis presents an original mathematical model of a synchronous generator using non-integer orde...
Herein, a set of experimental procedures is presented for determining the main electrical distribute...
The linearized model of a synchronous generator, known in the literature as the Heffron-Phillips m...