Magnetic Flux
49,187 resources related to Magnetic Flux
IEEE Organizations related to Magnetic Flux
Back to TopConferences related to Magnetic Flux
Back to TopINTERMAG 2014  IEEE International Magnetics Conference
Intermag is the premier conference on applied magnetics which allows scientists and engineers from all over to world to meet and discuss novel developments in magnetics, magnetic materials and associated technologies.
2013 IEEE International Conference on Mechatronics and Automation (ICMA)
The objective of ICMA 2013 is to provide a forum for researchers, educators, engineers, and government officials involved in the general areas of mechatronics, robotics, automation and sensors to disseminate their latest research results and exchange views on the future research directions.
IECON 2011  37th Annual Conference of IEEE Industrial Electronics
industrial applications of electronics, control, robotics, signal processing, computational and artificial intelligence, sensors and actuators, instrumentation electronics, computer networks, internet and multimedia technologies.
Periodicals related to Magnetic Flux
Back to TopApplied Superconductivity, IEEE Transactions on
Contains articles on the applications and other relevant technology. Electronic applications include analog and digital circuits employing thin films and active devices such as Josephson junctions. Power applications include magnet design as well asmotors, generators, and power transmission
Biomedical Engineering, IEEE Transactions on
Broad coverage of concepts and methods of the physical and engineering sciences applied in biology and medicine, ranging from formalized mathematical theory through experimental science and technological development to practical clinical applications.
Magnetics, IEEE Transactions on
Science and technology related to the basic physics and engineering of magnetism, magnetic materials, applied magnetics, magnetic devices, and magnetic data storage. The Transactions publishes scholarly articles of archival value as well as tutorial expositions and critical reviews of classical subjects and topics of current interest.
Mechatronics, IEEE/ASME Transactions on
Synergetic integration of mechanical engineering with electronic and intelligent computer control in the design and manufacture of industrial products and processes. (4) (IEEE Guide for Authors) A primary purpose is to have an aarchival publication which will encompass both theory and practice. Papers will be published which disclose significant new knowledge needed to implement intelligent mechatronics systems, from analysis and ...
Nuclear Science, IEEE Transactions on
All aspects of the theory and applications of nuclear science and engineering, including instrumentation for the detection and measurement of ionizing radiation; particle accelerators and their controls; nuclear medicine and its application; effects of radiation on materials, components, and systems; reactor instrumentation and controls; and measurement of radiation in space.
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Xplore Articles related to Magnetic Flux
Back to TopSignal processing of zero sequence voltage technique
M. Stulrajter; J. Vittek; C. Caruana; G. Scelba 2007 European Conference on Power Electronics and Applications, 2007
This paper deals with the implementation of the zero sequence voltage (ZSV) technique [4,7], which was exploited to determine the rotor position of the surface permanent magnet synchronous motor (SMPMSM). The method is based on the zero sequence voltage measurement, performed between the neutral point of AC machines and the midpoint of the inverter DC bus. The air gap flux ...
Design and analysis of an outerrotor parallelhybridexcited vernier machine
Wenlong Li; T. W. Ching; K. T. Chau Chinese Journal of Electrical Engineering, 2017
In this paper, an outerrotor parallelhybridexcited vernier machine is proposed. In order to realize the parallel hybrid excitation, the homopolar configuration is adopted to artfully combine the permanent magnet (PM) flux path and the electromagnet flux path together. Firstly, the structure of the proposed machine is presented. Secondly, its operating principle is studied and discussed. Thirdly, its performance for flux ...
Comparison of fluxswitching machines with and without permanent magnets
Christopher H. T. Lee; K. T. Chau; C. C. Chan Chinese Journal of Electrical Engineering, 2015
In this paper, three advanced fluxswitching (FS) machines, namely the radial field fluxswitching permanentmagnet (RFFSPM) machine, the radialfield fluxswitching DCfield (RFFSDC) machine, and the axialfield FSDC (AFFSDC) machine are quantitatively compared. Upon the installation of the highenergy density PM materials, the RFFSPM machine can definitely provide the superior torque performances as compared to its magnetless counterparts. However, the PM machines ...
Cogging Torque Analysis of Magnetic Gear
Noboru Niguchi; Katsuhiro Hirata IEEE Transactions on Industrial Electronics, 2012
This paper describes the harmonic spectra of the cogging torque of a magnetic gear. The operating principle of this gear is described, and the transmission torque under operation in accordance with the gear ratio is mathematically formulated. In particular, the harmonic order of the cogging torque is described in detail. Moreover, the orders of the cogging torque of both rotors ...
Dejan Raca; Michael C. Harke; Robert D. Lorenz IEEE Transactions on Industry Applications, 2008
This paper investigates magnet polarity estimation of permanentmagnet synchronous machines. Because the magnet polarity is estimated from low signaltonoise ratio signals, it is sensitive to additional signal content, affecting the robustness of magnet polarity estimate. An evaluation of eight lowsaliency machines identifies a DCoffset vector in the positive second harmonic carrier signal current as the primary source of magnet polarity ...
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Educational Resources on Magnetic Flux
Back to TopeLearning
Signal processing of zero sequence voltage technique
M. Stulrajter; J. Vittek; C. Caruana; G. Scelba 2007 European Conference on Power Electronics and Applications, 2007
This paper deals with the implementation of the zero sequence voltage (ZSV) technique [4,7], which was exploited to determine the rotor position of the surface permanent magnet synchronous motor (SMPMSM). The method is based on the zero sequence voltage measurement, performed between the neutral point of AC machines and the midpoint of the inverter DC bus. The air gap flux ...
Design and analysis of an outerrotor parallelhybridexcited vernier machine
Wenlong Li; T. W. Ching; K. T. Chau Chinese Journal of Electrical Engineering, 2017
In this paper, an outerrotor parallelhybridexcited vernier machine is proposed. In order to realize the parallel hybrid excitation, the homopolar configuration is adopted to artfully combine the permanent magnet (PM) flux path and the electromagnet flux path together. Firstly, the structure of the proposed machine is presented. Secondly, its operating principle is studied and discussed. Thirdly, its performance for flux ...
Comparison of fluxswitching machines with and without permanent magnets
Christopher H. T. Lee; K. T. Chau; C. C. Chan Chinese Journal of Electrical Engineering, 2015
In this paper, three advanced fluxswitching (FS) machines, namely the radial field fluxswitching permanentmagnet (RFFSPM) machine, the radialfield fluxswitching DCfield (RFFSDC) machine, and the axialfield FSDC (AFFSDC) machine are quantitatively compared. Upon the installation of the highenergy density PM materials, the RFFSPM machine can definitely provide the superior torque performances as compared to its magnetless counterparts. However, the PM machines ...
Cogging Torque Analysis of Magnetic Gear
Noboru Niguchi; Katsuhiro Hirata IEEE Transactions on Industrial Electronics, 2012
This paper describes the harmonic spectra of the cogging torque of a magnetic gear. The operating principle of this gear is described, and the transmission torque under operation in accordance with the gear ratio is mathematically formulated. In particular, the harmonic order of the cogging torque is described in detail. Moreover, the orders of the cogging torque of both rotors ...
Dejan Raca; Michael C. Harke; Robert D. Lorenz IEEE Transactions on Industry Applications, 2008
This paper investigates magnet polarity estimation of permanentmagnet synchronous machines. Because the magnet polarity is estimated from low signaltonoise ratio signals, it is sensitive to additional signal content, affecting the robustness of magnet polarity estimate. An evaluation of eight lowsaliency machines identifies a DCoffset vector in the positive second harmonic carrier signal current as the primary source of magnet polarity ...
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IEEEUSA EBooks

This chapter contains sections titled: Hidden RF Characteristic of Passive Components How and Why RF Energy Is Developed Within the PCB Magnetic Flux and Cancellation Requirements Routing Topology Configurations Layer Stackup Assignment Radial Migration CommonMode and DifferentialMode Currents RF Current Density Distribution Grounding Methodologies Ground and Signal Loops (Excluding Eddy Currents) Aspect RatioÂ Â Distance Between Ground Connections Image Planes Slots Within an Image Plane Functional Partitioning Critical Frequencies (/20) Logic Families This chapter contains sections titled: References

The magnetic vector potential and the magnetic flux density computed by the finiteelement method can be used to find magnetic forces of magnetic actuators and sensors. This chapter discusses magnetic flux plots, magnetic energy, magnetic pressure, permanent magnets, and magnetic torque, which are all related to magnetic force; these all are also examples of postprocessing of finiteelement solutions. For both 2D and 3D finiteelement models, it is vital that flux line plots and/or flux density plots be obtained and examined. The chapter demonstrates a method, other than the method of virtual work, for the computation of Lorentz force. It also demonstrates the calculation of magnetic volume forces on permeable particles.

Other Magnetic Performance Parameters
This chapter discusses a few magnetic performance parameters. After defining these key parameters, they are evaluated using reluctance and finiteelement methods. Their relations with energy and force are also explained. The parameters discussed in the chapter are magnetic flux, flux linkage, inductance, capacitance and impedance.

DQ Coils for Large Tolerance EV Chargers
In addition to the asymmetric coil structure in the previous chapter, another idea of increasing tolerance is to use DQ power supply coil sets for wireless stationary electric vehicle (EV) chargers. Two coil sets having a 90 phase difference can increase tolerances for longitudinal, lateral, as well as diagonal displacements. Each power supply coil set consists of two same magnetic poles to generate uniform magnetic flux density over the power supply coil. A prototype inductive power transfer system (IPTS) using the proposed DQ power supply coil sets for the wireless stationary EV chargers was fabricated for the experimental verifications with an operating frequency of 85 kHz to satisfy Standard J2954 of the Society of Automotive Engineers (SAE). From simulation and experiment results, it is found that the lateral, longitudinal, and diagonal displacements of the proposed coil sets increase by about 35% and 19%, respectively, at an airgap of 150 mm, compared with conventional rectangular loop???type coils.This chapter is based on the paper by S,Y. Jeong et al., ???DQ???quadrature coil sets with large tolerance for wireless stationary EV chargers,??? in IEEE 2015 WoW, June 2015.

This chapter contains sections titled: IntroductionMagnets and Poles Forces between Poles Magnetic Fields Dipoles, Magnetic Materials, and Magnetization Magnetic Flux Density or Magnetic Induction Demagnetizing Field Ampere's Law Faraday's Law Induction Magnetic Circuits Units and Conversions CGSSI Conversion Table Hysteresis Loops and Magnetic Materials Magnetic Anisotropy Domains Exchange Magnetoresistance This chapter contains sections titled: References

Other Magnetic Performance Parameters
This chapter contains sections titled: Magnetic Flux and Flux Linkage Inductance Capacitance Impedance Problems References

HBFEM for Nonlinear Magnetic Field Problems
This chapter discusses mainly the numerical modeling and analysis of electromagnetic fields in switching power supplies. It uses harmonic balance analysis, combined with the finite element method (FEM), to solve problems arising from nonlinear, harmonic, eddycurrent and power loss problems of transformers used in switching power supplies. The chapter also discusses the harmonic balanceFEM (HBFEM) model and computed results, compared with experimental results. The harmonic components of current and magnetic flux can help to accurately analyze and design the magnetic core and winding structures, and further determine the power loss and leakage flux in the magnetic system. The numerical model of voltage excitation with a nonlinear magnetic field is more accurate than conventional magnetic fieldonly analysis. The EM full wave solution can be obtained from HBFEM based numerical computation. To verify the HBFEM based solution, a singlephase direct current (DC)biased switching transformer with a voltage source driven model is used.

Magnetohydrodynamics Formulation
Magnetohydrodynamics (MHD) was originally applied mostly to astrophysics and geophysics. In MHD the motion of collective charged particles is described by an electrically conducting fluid with the usual fluid dynamic variables of velocity, density and pressure or temperature. The interactions of fluid dynamics and electromagnetics are exclusively derived from the magnetic flux density. This chapter presents a systematic derivation of the governing equations of MHD. The first and foremost assumption for MHD formulation is that the physical phenomena are describable by macroscopic scales or in the framework of continuum mechanics. The electromagnetic waves are compound waves for which the compression and rarefaction components can coexist and the direct consequence of the nonconvexity of the ideal MHD equations. The chapter discusses additional computational simulations to show the lack of detailed plasma composition that is required for determining electric conductivity of plasma in the MHD formulation.

Effect of High Fault Currents on Protection and Metering
This chapter reviews the literature on effects of high fault currents on protection and metering equipment. It discusses the capabilities and limitations of existing shortcircuit protection devices. High fault currents are well known to cause saturation of iron core current transformers (CTs). This can adversely affect the performance of system protection devices. CTs are intended to deliver a secondary current that is directly proportional to the primary current with as little distortion as possible. During normal operation, the CT secondary winding induces a magnetic flux that opposes and nearly cancels the primary induced flux. CT saturation may cause overcurrent relays to misoperate or fail to operate, resulting in a failure of the protection system. Protective relaying is an integral part of any electrical power system. The fundamental objective of system protection is to quickly isolate a problem so that the unaffected portions of a system can continue to function.

Narrow???Width Single???Phase Power Rail (I???type)
In this chapter, an advanced version of on???line electric vehicles (OLEVs) is introduced as an introductory example of road???powered electric vehicles (RPEVs). Because the author is heavily involved in the development of OLEVs, this chapter will guide readers to how practical problems are dealt with. This chapter is based on the paper by J. Huh, S.W. Lee, W.Y. Lee, G.H. Cho, and C.T. Rim, ???Narrow???width inductive power transfer system for on???line electrical vehicles,??? IEEE Trans. on Power Electronics, vol. 26, no. 12, pp. 3666???3679, December 2011.The inductive power transfer system (IPTS) with a narrow rail width, a small pick???up size, and a large airgap is explained, as an extension of previous research on OLEVs, in this chapter. By introducing a new core structure, the orientation of the magnetic flux alternates along with the road; hence, an inductive power transfer system with a narrow rail width of 10 cm, a large airgap of 20 cm, and a large lateral displacement of about 24 cm was implemented. The resonant circuit of the inductive power transfer system, driven by a current source, was fully characterized. The experimental results showed that the maximum output power was 35 kW and that the maximum efficiency was 74% at 27 kW.
Standards related to Magnetic Flux
Back to TopIEEE Guide for the Measurement of QuasiStatic Magnetic and Electric Fields
This project describes measurement goals associated with characterizing quasistatic magnetic and electric fields, e.g. power frequency and other extremely low frequency fields, and available methods for accomplishing them. The guide should be used in conjunction with IEEE Std 13081994 (IEEE Recommended Practice for Instrumentation: Specifications for Magnetic Flux Density Meters  10 Hz to 3 kHz), which defines terminology and ...