102 results on '"Amiri, Navid"'
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2. Constant-Parameter Phase-Domain Synchronous Machine Modeling Considering Main Flux Saturation for EMTP-Type Solution
3. Electrical Machines in Electromagnetic Transient Simulations: Focusing on efficient and accurate models
4. Voltage-behind-reactance model of six-phase synchronous machines considering stator mutual leakage inductance and main flux saturation
5. Saturable Voltage-Behind-Reactance Models of Induction Machines Including Air-Gap Flux Harmonics
6. Induction Machine Parameterization From Limited Transient Data Using Convex Optimization
7. Average-Value Modeling of Line-Commutated AC–DC Converters With Unbalanced AC Network
8. Fast Fault-Tolerant Control for Improved Dynamic Performance of Hall-Sensor-Controlled Brushless DC Motor Drives
9. Average-Value Modeling of Multi-Phase Machine-Converter Systems with Asymmetric Internal Faults
10. Dynamic Analysis of AC Microgrids with Constant Power Loads or Sources
11. Hybrid Average-Value/Detailed Modeling of Line-Commutated AC–DC Converters With Internal Faults For Electromagnetic Transient Simulations
12. Constant-Parameter Discretized State-Space Model of Saturable Induction Machines for Fixed Time-step Simulations
13. Induction Machine Modeling Considering Magnetizing Flux Saturation with Air-Gap Harmonics
14. Interfacing of Parametric Average-Value Models of LCR Systems in Fixed-Time-Step Real-Time EMT Simulations
15. Hybrid Parametric Average-Value/Detailed Modeling of Line-Commutated Rectifiers
16. Efficient Modeling of Six-Phase Synchronous Machines for Simulations of Renewable Energy Generation Systems
17. Constant-Parameter Voltage-Behind-Reactance Modeling of Five-Phase Synchronous Machines With Air-Gap Flux Harmonics
18. Saturable and Decoupled Constant-Parameter VBR Model for Six-Phase Synchronous Machines in State-Variable Simulation Programs
19. Robust Control Strategy Design for Single-Phase Grid-Connected Converters Under System Perturbations
20. Efficient modelling of special purpose multi-phase electrical machines for transient simulation programs
21. Stabilizing AC Distributed Power Systems with Constant-Power Loads Using Tunable Active Damping
22. Parametric Average-Value Modeling of Thyristor-Controlled Rectifiers With Internal Faults and Asymmetrical Operation
23. Parametric Average-Value Modeling of Single-Phase Line-Commutated Electronic Rectifier Circuits
24. An Adaptive MTPA Control Method for Interior Permanent Magnet Synchronous Motors Considering Demagnetization and Temperature Effects
25. Efficient Modeling of Six-Phase PM Synchronous Machine-Rectifier Systems in State-Variable-Based Simulation Programs
26. Simulation of Line-Commutated Rectifier Systems Using Fixed Time-Step without Zero-Crossing Events
27. Stabilizing Integrated Power Systems with Constant-Power Loads Based on DC Bus Voltage Monitoring
28. Online Source Impedance Identification in DC Distribution Systems Using the Recursive Extended Least-Squares Method
29. Improved Algebraic-Loop Relaxation in CPVBR Models of Synchronous Machines Under Power Electronic Switching
30. Adaptive Control Method for Stabilizing DC Distribution Systems with Constant-Power Loads Based on Tunable Active Damping
31. Generalized Parametric Average-Value Model of Line-Commutated Rectifiers Considering AC Harmonics With Variable Frequency Operation
32. Parametric Dynamic Phasor Modeling of Thyristor-Controlled Rectifier Systems Including Harmonics for Various Operating Modes
33. Accurate and fast power sharing among inverters in AC microgrids with constant power loads
34. Constant-Parameter Voltage-Behind-Reactance Model of Six-Phase Synchronous Machines
35. Dynamic Phasor Modeling of Line-Commutated Rectifiers With Harmonics Using Analytical and Parametric Approaches
36. Efficient simulation of wind generation systems using voltage-behind-reactance model of doubly-fed induction generators and average-value model of switching converters
37. Average-Value Modeling of Diode Rectifier Systems Under Asymmetrical Operation and Internal Faults.
38. Improved constant parameter VBR model of permanent magnet synchronous machine using resonant auxiliary rotor winding
39. Interfacing SFA- and GAM-type dynamic phasors for modeling of integrated AC-DC power systems
40. Parametric average-value modeling of AC-AC matrix converters
41. Efficient simulation of wind farms using switching reduced models of converters and VBR formulation of six-phase PM synchronous generators
42. A parametric dynamic phasor model of line-commutated rectifier systems
43. Saturable voltage-behind-reactance model of six-phase synchronous machine in hybrid AC and DC generation system
44. Verification of Parametric Average-Value Model of Thyristor-Controlled Rectifier Systems for Variable-Frequency Wind Generation Systems
45. Parametric average value modeling of high power AC/AC cyclo converters
46. Constant parameter VBR model of permanent magnet synchronous machine wind generation system
47. Performance verification of parametric average-value model of line-commutated rectifiers under unbalanced conditions
48. Multi-resolution modeling of induction furnace systems with line-commutated rectifier and resonant converter
49. Multi-resolution modeling of variable speed six-phase synchronous generator with regulated 400 Hz AC system.
50. Multi-resolution modeling of induction furnace systems with line-commutated rectifier and resonant converter.
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