COMPEL - The international journal for computation and mathematics in electrical and electronic engineering: Volume 42 Issue 6
Table of contents
A new structure for line-start non-slotted axial-flux permanent magnet motor, proposing a novel 3D FEA-based demagnetization reduction approach
Hadi Karimi Aliabad, Mohammadreza BaghayipourThis paper aims to propose a novel simple and efficient structure for line-start axial-flux permanent magnet (LSAFPM) synchronous motor, especially regarding the permanent magnets…
Optimal design of a yoke-less axial flux switching PM motor based on multi-objective PSO
Javad Rahmani Fard, Saadat Jamali Arand, Siroos HemmatiIn this paper, an improved multiobjective particle swarm optimization (PSO) algorithm is proposed to optimize a three-phase, 12-slot, 19-pole, yokeless axial-field flux-switching…
Novel approach to stability analysis of DC drive with parameter uncertainty and perturbation in feedback system
Pasala GopiThe purpose of this study is to analyze direct current (DC) drive stability, including parameter uncertainty and perturbation in the feedback loop, by computing disk margins.
Heuristic design and modelling of modified interleaved boost converter for E-mobility control
Suresh Sampath, Zahira Rahiman, Shafeeque Ahmed Kalavai, Bharanigha Veerasamy, Saad MekhilefThis study aims to present a modified interleaved boost converter (MIBC) topology for improving the reliability and efficiency of power electronic systems.
High-pass negative group delay analysis of single capacitor three-port circuit
Nour Mohammad Murad, Antonio Jaomiary, Samar Yazdani, Fayrouz Haddad, Mathieu Guerin, George Chan, Wenceslas Rahajandraibe, Sahbi BaccarThis paper aims to develop high-pass (HP) negative group delay (NGD) investigation based on three-port lumped circuit. The main particularity of the proposed three-port passive…
Sliding mode speed control of permanent magnet synchronous motor based on improved reaching law
Xinhong Zou, Hongchang Ding, Jinhong LiThis paper aims to present a sliding mode control method based on disturbance observer (DO) for improving the reaching law of permanent magnet synchronous motor (PMSM).
Sensorless DTC-SVM applied to an induction motor controlled by a three-level inverter using SMSFO
Salma Jnayah, Adel KhedherThe direct torque control (DTC) of induction motor (IM) drive is featured by high ripples in the electromagnetic torque and stator flux profiles because they are controlled by two…
An augmented multiphase rail launcher with a modular design: theoretical considerations and development
Florian Zellmer, Markus Löffler, Markus Schneider, Christian KreischerThe purpose of this paper is to investigate a novel approach toward electromagnetic launch.
Lagrange multiplier optimization method for high current–low frequency inductor design
Hugo dos Santos Marques, Maria Beatriz BorgesThis paper aims to overcome the lack of methodologies for optimizing the volume of bulky low-frequency inductors that the authors came across with when working on the design of…
The fractal active low-pass filter within the local fractional derivative on the Cantor set
Kang-Jia WangThe purpose of this paper is to derive a new fractal active low-pass filter (LPF) within the local fractional derivative (LFD) calculus on the Cantor set (CS).
Development of optimal placement and sizing of FACTS devices in power system integrated with wind power using modified krill herd algorithm
Sebi Neelamkavil PappachanThis study aims to intend and implement the optimal power flow, where tuning the production cost is done with the inclusion of stochastic wind power and different kinds of…
Multi-objective optimization design of novel tubular switched reluctance motor
Yiming Zhan, Hao Chen, Mengyu Hua, Jinfu Liu, Hao He, Patrick Wheeler, Xiaodong Li, Vitor Fernao PiresThe purpose of this paper is to achieve the multi-objective optimization design of novel tubular switched reluctance motor (TSRM).
Grounding system impedance influence on the surge arrester frequency-dependent model parameters using PSO-GWO algorithm
Masume Khodsuz, Valiollah MashayekhiThis paper aims to focus on the inclusion of the frequency behavior of grounding system effect on surge arrester (SA) model parameters’ estimation.
The effects of system frequency responses on security constrained unit commitment in presence of wind-hydro-thermal units
Shirin Hassanzadeh Darani, Payam Rabbanifar, Mahmood Hosseini Aliabadi, Hamid RadmaneshThe purpose of this paper is to present a new system frequency response model with participation of wind-hydro-thermal units to overcome frequency deviations.
Fractional equivalent circuit model and parameter identification of reactance components in high-frequency operation
Yixuan Li, Yanfeng Chen, Bo Zhang, Dongyuan Qiu, Fan Xie, Chao ChengThe purpose of this paper is to find a simpler model for the reactance components in the high-frequency range on the premise of ensuring the accuracy.
Shunt faults detection and classification in electrical power transmission line systems based on artificial neural networks
Khaoula Assadi, Jihane Ben Slimane, Hanene Chalandi, Salah SalhiThis study aims to focus on an adaptive method for fault detection and classification of fault types that trigger in three-phase transmission lines using artificial neural…
Hybrid approach for parameter identification of the two-diode model of photovoltaic modules
Guoyu Zhang, Honghua Wang, Tianhang Lu, Chengliang Wang, Yaopeng HuangParameter identification of photovoltaic (PV) modules plays a vital role in modeling PV systems. This study aims to propose a novel hybrid approach to identify the seven…
Quality factor based transducer power gain expression
Metin ŞengülIn the literature, while designing broadband matching networks, transducer power gain (TPG) is used to measure the transferred power. Generally, in TPG expressions, load and…
Convolutional neural network for fast adaptive beamforming of phased array weather radar
Tarek SallamThe purpose of this paper is to present a deep-learning-based beamforming method for phased array weather radars, especially whose antenna arrays are equipped with large number of…
The pulse narrowing nonlinear transmission lines model within the local fractional calculus on the Cantor sets
Kang-Jia Wang, Guo-Dong Wang, Feng ShiThe fractal and fractional calculus have obtained considerable attention in the electrical and electronic engineering since they can model many complex phenomena that the…
Thermal modeling of the cylindrical electromagnets in transient and steady-state modes
Ali Hashemi, Parsa Yazdanpanah Qaraei, Mostafa ShabanianAn excessive increase in temperature will reduce the lifespan and even burn the coil. The variety of materials in the structure of the electromagnet along with its multi-layer…
A novel filtering monopole antenna for 5G communications
Jasmine Vijithra A., Gulam Nabi Alsath MohammedThis study aims to design a compact filtering monopole antenna for 5G communication. The design is most suited for various applications within the frequency range of 2.2–3.8 GHz…
A novel representation of electromagnetic field interaction with vertically stratified structures
Mohamed Elkattan, Aladin H. KamelThe purpose of this study is to develop an efficient model to solve the electromagnetic forward problem using a novel semi-analytical approach to compute the electromagnetic…
On the zero state-response of the ℑ-order R-C circuit within the local fractional calculus
Kang-Jia Wang, Jing-Hua LiuAs a powerful mathematical analysis tool, the local fractional calculus has attracted wide attention in the field of fractal circuits. The purpose of this paper is to derive a new
A FEM in frequency domain for a transient electric field in non-sinusoidal steady state under the non-sinusoidal periodic voltage
Teng Wen, Xiaoyun Wei, Xuebao Li, Boyuan Cao, Zhibin ZhaoThis paper aims to focus on the finite element method in the frequency domain (FD-FEM) for the transient electric field in the non-sinusoidal steady state under the non-sinusoidal…
Generic analytical models of memelement and inverse memelement with time-dependent memory effects
Rawid BanchuinThe purpose of this paper is to originally present the generic analytical models of memelement and inverse memelement with time-dependent memory effect.
A nonlinear optimal control approach for voltage source inverter-fed three-phase PMSMs
Gerasimos G. Rigatos, Masoud Abbaszadeh, Fabrizio Marignetti, Pierluigi SianoVoltage source inverter-fed permanent magnet synchronous motors (VSI-PMSMs) are widely used in industrial actuation and mechatronic systems in water pumping stations, as well as…
A hybrid enrichment strategy for the efficient construction of reduced order models by the proper generalized decomposition
Fabian Müller, Paul Baumanns, Kay HameyerThe calculation of electromagnetic fields can involve many degrees of freedom (DOFs) to achieve accurate results. The DOFs are directly related to the computational effort of the…
Matlab sensitivity analysis toolbox: an application on faults identification in induction motors
Raya A.K. Aswad, Bassim M.H. JassimThis paper aims to introduce the usage of sensitivity analysis (SA) for the problem of faults identification in three-phase induction motors (IMs). These motors are susceptible to…
The generalized nonlocal fractal calculus: an efficient tool for fractal circuit analysis
Rawid BanchuinThe purpose of this paper is to propose a novel nonlocal fractal calculus scheme dedicated to the analysis of fractal electrical circuit, namely, the generalized nonlocal fractal…
Improving the accuracy for amplitude and frequency of analytical equation of single-ended ring oscillators based on circuit and transistor parameters
Mehrdad Moradnezhad, Hossein Miar NaimiThis paper aims to find a closed-form expression for the frequency and amplitude of single-ended ring oscillators when transistors experience all regions.
Normal force calculation of two-degree-of-freedom direct drive induction motor considering coupling effect
Rui Nie, Yaqian Meng, Peixin Wang, Peng Su, Jikai SiThe purpose of this study is to calculate the normal force of a two degree of freedom direct drive induction motor considering coupling effects based on an analytical model…
A plasma energy deposition based model for power cable bellows discharge
Chong Xu, Pengbo Wang, Fan Yang, Shaohua Wang, Junping Cao, Xin WangThis paper aims at building a discharge model for the power cable bellows based on plasma energy deposition and analyzing the discharge ablation problem.
Optimization design of insulation structure of multiwinding high-frequency transformer based on response surface method
Bin Chen, Hongxia Cao, Nina WanThe purpose of this paper is to study the insulation structure optimization method of multiwinding high-frequency transformer (HFT).
Development and comparison of double-stator memory machines with parallel hybrid magnets
Cheng Peng, He Cheng, Tong Zhang, Jing Wu, Fandi Lin, Jinglong ChuThis paper aims to further develop stator permanent magnet (PM) type memory machines by providing generalized design guidelines for double-stator memory machines (DSMMs) with…
New identification of induction machine parameters with a meta-heuristic algorithm based on least squares method
Anwar Zorig, Ahmed Belkheiri, Bachir Bendjedia, Katia Kouzi, Mohammed BelkheiriThe great value of offline identification of machine parameters is when the machine manufacturer does not provide its parameters. Most machine control strategies require parameter…
Design and performance analysis of cascaded pseudo derivative feedback plus pseudo derivative feedforward controller for PMSM drive
Prabhakaran Koothu Kesavan, Umashankar Subramaniam, Dhafer Jaber AlmakhlesThis paper aims to present a cascaded pseudo derivative feedback (PDF) plus pseudo derivative feedback plus pseudo derivative feedforward (PDFF) controller for a permanent magnet…
Extended electrical equivalent circuit for modelling compound DC motors
Esra Kandemir BeserThe purpose of this study is to create an extended equivalent circuit model for a compound DC motor, consisting completely of electrical parameters and quantities.
Crowding-based multi-objective artificial gorilla troops optimizer for brushless direct current motor design optimization
Hadjaissa Bensoltane, Zoubida BelliThis paper aims to present a novel multi-objective version of the Gorilla Troops optimizer (GTO), based on crowding distance, to achieve the optimal design of a brushless direct…
Refining the physical description of charge trapping and detrapping in a transport model for dielectrics using an optimization algorithm
Khaled Hallak, Fulbert Baudoin, Virginie Griseri, Florian Bugarin, Stephane Segonds, Severine Le Roy, Gilbert TeyssedreThe purpose of this paper is to optimize and improve a bipolar charge transport (BCT) model used to simulate charge dynamics in insulating polymer materials, specifically…
Sensorless robust control for PMSG wind energy conversion systems based on smith predictor ADRC and SMO-PLL estimation
Abdeldjabar Benrabah, Farid Khoucha, Ali Raza, Mohamed BenbouzidThe purpose of this study is to improve the control performance of wind energy conversion systems (WECSs) by proposing a new sensorless, robust control strategy based on a Smith…
ISSN:
0332-1649e-ISSN:
2054-5606ISSN-L:
0332-1649Online date, start – end:
1982Copyright Holder:
Emerald Publishing LimitedOpen Access:
hybridEditor:
- Prof Jan Sykulski