Advances in Rotating Electric Machines

Advances in Rotating Electric Machines

It is difficult to imagine a modern society without rotating electric machines. Their use has been increasing not only in the traditional fields of application but also in more contemporary fields, including renewable energy conversion systems, electric aircraft, aerospace, electric vehicles, unmann...

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Bibliographic Details
Other Authors: Cruz, Sérgio (Editor)
Format: Book Chapter
Published: Basel, Switzerland MDPI - Multidisciplinary Digital Publishing Institute 2020
Subjects:
History of engineering & technology
core saturation
cross-coupling inductance
wound synchronous machines (WSM)
signal injection
position sensorless
high-frequency model
hybrid permanent magnet
interior permanent magnet (IPM) machine
magnet-axis-shifted
reluctance torque
Sensorless
induction motors
H_infinity
drives
vector control
experimental implementation
direct torque control
duty cycle control
harmonic currents
six-phase induction motor
torque ripple
interior permanent magnet synchronous motor (IPMSM)
sensorless control
adaptive algorithm
super-twisting sliding mode observer (STO)
phase-locked loop (PLL)
permanent-magnet vernier machine
in-wheel direct-drive
outer rotor
overhang
soft magnetic composite
reaction sphere
spherical motor
structural design
torque density optimization
support vector machines
finite element method
induction motor
smart-sensor
stray flux
time-frequency transforms
wavelet entropy
harmonic modeling method
magnetic-geared machine
hybrid electric vehicle
magnetic field
electromagnetic performance
analytical modeling
brushless DC motor
commutation torque ripple
back electromotive force
multiphase machines
fault-tolerance
dual-channel
brushless direct current motor with permanent magnet (BLDCM)
switched reluctance motor (SRM)
active flux
stator flux observation
super-twisting sliding-mode stator flux observer (STSMFO)
deep-bar effect
mathematical model
estimation
motor drives
direct torque control (DTC)
permanent magnet synchronous motor (PMSM)
maximum torque per ampere (MTPA) operation
DTC with space-vector modulation (DTC-SVM)
AFPMSM
analytical algorithm
vibration noise
temperature field analysis
SynRM
irreversible demagnetization
PMa-SynRM
flux intensifying
deadbeat current control
PMSM servo motor drives
auto tuning
parameter identification
periodic controller
surface permanent magnet synchronous motor
fault-tolerant system
multi-channel
quad-channel operation (QCO)
triple-channel operation (TCO)
dual-channel operation (DCO)
single-channel operation (SCO)
permanent magnet brushless direct current motor
BLDCM
double Fourier analysis
current spectrum decomposition
eddy current loss
permanent magnet machine design
cogging torque
permanent magnet machine
uneven magnets
IPMSM
uncertainty and disturbance estimator
flux-weakening control
double-cage induction motor
improvement of motor reliability
cage winding constructions
direct start-up
coupled electromagnetic-thermal model
outer rotor inductor
electric vehicle
high-efficiency
eco-friendly
automation
finite element analysis
PMSM
DOE
optimization
metamodeling
adaptive robust control
energy feedback
particle swarm optimization
torque optimal distribution method
multiphase electric drives
six-phase machines
finite control set model predictive control
predictive current control
predictive torque control
high frequency square-wave voltage
interior permanent-magnet synchronous motor (IPMSM)
magnetic polarity detection
rotor position estimation
characteristics analysis
fault detection
stator fault
rotor fault
torque estimation
finite control set mode predictive control
duty cycle
maximum torque per ampere
permanent magnet synchronous motor
acoustics
boundary element method
electric machines
magneto-mechanics
modeling
noise
vibro-acoustics
efficiency
line-start synchronous reluctance motor
permanent magnet
power factor
multiphase
induction
motor
space harmonics
time harmonics
injection
high-speed permanent synchronous motor
magnetic field characteristic
iron loss
stator structure
online parameters estimation
permanent magnet synchronous machines
synchronous reluctance machines
high frequency signal injection
CMV
modulation techniques
PWM
railway traction drives
induction motor drives
high-speed drives
overmodulation and six-step operation
electrical motors
sot filling factor
optimization algorithm
windings
magnetic wire
filling factor optimization
electric drive
transmission shaft
electric transmission line
electrical and mechanical similarities
kinematic structure
equivalent circuit
mathematical modelling
failure
detection
diagnosis
BLDC
brushless
systematic review
rotor position
BLDC motor
sensor misalignment
sizing methodology
electrical machines
thermal model
electromagnetic model
switched reluctance motor
torque sharing functions
firing angle modulation
autonomous systems
brushless synchronous generator
electric power generation
high speed generator
high resistance connection
fault-detection
fault-tolerant control
six-phase permanent magnet synchronous machines
field-oriented control
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