557 - 565 |
Investigation of force generation in a permanent magnet synchronous machine Zhu WD, Pekarek S, Fahimi B, Deken BJ |
566 - 575 |
High-frequency loss calculation in a smooth rotor induction motor using FEM Ertan HB, Leblebicioglu K, Avenoglu B, Pirgaip M |
576 - 583 |
Novel sensor for locating partial discharges in high-voltage rotating machines Kang DS, Hwang DH, Nam TK, Kim YJ |
584 - 591 |
Steady-state analysis of a self-excited single-phase reluctance generator Allam SM, El-Khazendar MA, Osheiba AM |
592 - 599 |
SimRDH: A Modeling and simulation environment with component hybrid dynamic nets, elevator application Chami M, Blunier B, Djerdir A, Miraoui A, Saadi J |
600 - 607 |
Analysis of the effects caused by structural asymmetries in the performance of three-limb core three-phase inductive filters Manuel J, Rodriguez C, Orcajo GA, Garcia CHR, Melero MG, Cabanas MF, Gonzalez FP |
608 - 613 |
Axial field permanent magnet DC motor with powder iron armature Abu Sharkh SM, Mohammad MTN |
614 - 620 |
New Epstein frame for lamination core loss measurements under high frequencies and high flux densities Mthombeni TL, Pillay P, Strnat RMW |
621 - 628 |
Preliminary evaluation of a megawatt-class low-speed axial flux PMSM with self-magnetization function of the armature coils Curiac P, Kang DH |
629 - 636 |
Instantaneous shaft radial force control with sinusoidal excitations for switched reluctance motors Lin FC, Yang SM |
637 - 646 |
Harmonic mitigation in ac-dc converters for vector controlled induction motor drives Singh B, Bhuvaneswari G, Garg V |
647 - 655 |
Real-time implementation of wavelet packet transform-based diagnosis and protection of three-phase induction motors Khan MASK, Radwan TS, Rahman MA |
656 - 665 |
A Double excited synchronous machine for direct drive application -Design and prototype tests Fodorean D, Djerdir A, Viorel LA, Miraoui A |
666 - 673 |
Utility-interactive hybrid distributed generation scheme with compensation feature Reddy KN, Agarwal V |
674 - 679 |
New technologies for rural lighting in developing countries: White LEDs Ben Sebitosi A, Pillay P |
680 - 688 |
A case study to evaluate the productivity changes of the thermal power plants of the Taiwan power company Chien CF, Chen WC, Lo FY, Lin YC |
689 - 696 |
Fuzzy predictive supervisory control based on genetic algorithms for gas turbines of combined cycle power plants Saez D, Milla F, Vargas LS |
697 - 708 |
A merged fuzzy neural network and its applications in battery state-of-charge estimation Li IH, Wang WY, Su SF, Lee YS |
709 - 717 |
Dynamic behavior of the doubly fed induction generator during three-phase voltage dips Lopez J, Sanchis P, Roboam X, Marroyo L |
718 - 727 |
Development of a multisegment coal mill model using an evolutionary computation technique Wei JL, Wang J, Wu QH |
728 - 736 |
Modal analysis of grid-connected doubly fed induction generators Mei F, Pal B |
737 - 745 |
Stability analysis of load sharing control for distributed generation systems Marwali MN, Jung JW, Keyhani A |
746 - 754 |
Comparison and identification of static electrical terminal fuel cell models Pasricha S, Keppler M, Shaw SR, Nehrir MH |
755 - 763 |
Generation ratio availability assessment of electrical systems for offshore wind farms Zhao MH, Chen Z, Blaabjerg F |
764 - 773 |
Method and equivalent circuit modeling of a PEM fuel cell in a passive state Page SC, Anbuky AH, Krumdieck SP, Brouwer J |
774 - 782 |
Operating schedule of battery energy storage system in a time-of-use rate industrial user with wind turbine generators: A multipass iteration particle swarm optimization approach Lee TY |
783 - 791 |
Estimation of wind penetration as limited by frequency deviation Luo CL, Far HG, Banakar H, Keting PK, Ooi BT |
792 - 794 |
Impact of DG interface controls on the sandia frequency shift antiislanding method Wang XY, Freitas W, Xu W, Dinavahi V |
795 - 797 |
Dual-mode time-sharing cascaded sinusoidal inverter Wu WM, Tang TH |
798 - 799 |
Effects of the built-in permanent magnet rotor on the equivalent circuit parameters of a permanent magnet induction generator Tsuda T, Fukami T, Kanamaru Y, Miyamoto T |