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LEADER 00000cam a2200901 i 4500
001 870967817
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008 140213s2014 enk ob 001 0 eng
010 2014006287
019 904445489|a908280386|a961547187|a962573180|a1148095094
020 9781118403105|q(ePub)
020 111840310X|q(ePub)
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020 1118403118|q(Adobe PDF)
020 1118341511|q(hardback)
020 9781118341513|q(hardback)
020 9781306472746|q(MyiLibrary)
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082 00 629.22/93
082 00 629.22/93|223
100 1 Khajepour, Amir.|0http://id.loc.gov/authorities/names/
n2004009408
245 10 Electric and hybrid vehicles :|btechnologies, modeling,
and control : a mechatronic approach /|cAmir Khajepour, M.
Saber Fallah, Avesta Goodarzi.|h[O'Reilly electronic
resource]
264 1 Chichester, West Sussex, United Kingdom :|bWiley,|c2014.
300 1 online resource
336 text|btxt|2rdacontent
337 computer|bc|2rdamedia
338 online resource|bcr|2rdacarrier
504 Includes bibliographical references and index.
505 00 |gMachine generated contents note:|g1.|tIntroduction to
Vehicle Propulsion and Powertrain Technologies --|g1.1.
|tHistory of Vehicle Development --|g1.2.|tInternal
Combustion Engine Vehicles (ICEVs) --|g1.2.1.|tThe Four-
Stroke Gasoline Engine --|g1.2.2.|tThe Four-Stroke Diesel
Engine --|g1.2.3.|tICE Performance Characteristics --
|g1.2.4.|tICE Vehicle Emissions --|g1.3.|tVehicle Emission
Control Technologies --|g1.3.1.|tAdvanced Engine Design --
|g1.3.2.|tCatalytic Converters --|g1.3.3.|tThe Diesel
Particulate Filter (DPF) --|g1.3.4.|tExhaust Gas
Recirculation (EGR) --|g1.3.5.|tCrankcase Emission Control
System --|g1.4.|tVehicles with Alternative Fuels --
|g1.4.1.|tNatural Gas Vehicles (NGVs) --|g1.4.2.
|tLiquefied Petroleum Gas Vehicles (LPGVs) --|g1.4.3.
|tBiodiesel --|g1.4.4.|tHydrogen --|g1.5.|tPowertrain
Technologies --|g1.5.1.|tRear-Wheel Drive Powertrains --
|g1.5.2.|tFront-Wheel Drive (FWD) Powertrains --|g1.5.3.
|tMulti-Wheel Drive Powertrains --|g1.6.|tTransmission
Systems --|g1.6.1.|tManual Transmission/Transaxle Systems
--|g1.6.2.|tAutomatic Transmission/Transaxle Systems --
|g1.6.3.|tAutomated Manual Transmissions (AMTs) --|g1.6.4.
|tContinuous Variable Transmissions (CVTs) --|g1.7.
|tDrivetrain and Differentials --|g1.7.1.|tOpen
Differentials --|g1.7.2.|tLimited Slip Differentials --
|g1.7.3.|tLocking Differentials --|g1.7.4.|tTransfer Case
Differentials --|tProblems --|tReferences --|g2.|tElectric
and Hybrid Powertrain Technologies --|g2.1.|tIntroduction
--|g2.2.|tBattery Electric Vehicles (BEVs) --|g2.2.1.|tThe
BEV Powertrain Configuration --|g2.2.2.|tElectric Traction
Motors --|g2.2.3.|tEnergy Sources and Storages --|g2.2.4.
|tPower Electronic Converters --|g2.2.5.|tPower Bus --
|g2.2.6.|tRegenerative Braking System --|g2.3.|tFuel-Cell
Electric Vehicles (FCEVs) --|g2.3.1.|tFuel-Cell
Technologies --|g2.4.|tHybrid Electric Vehicles --|g2.4.1.
|tDegree of Hybridization --|g2.4.2.|tParallel Hybrid
Configuration --|g2.4.3.|tSeries Hybrid Configuration --
|g2.4.4.|tPower-Split Configuration --|g2.4.5.|tCompound
Hybrid Configuration --|g2.5.|tPlug-in Hybrid Electric
Vehicles (PHEVs) --|g2.6.|tHybrid Hydraulic Vehicles
(HHVs) --|g2.7.|tPneumatic Hybrid Vehicles (PHVs) --|g2.8.
|tPower/Energy Management Systems --|g2.9.|tSummary --
|tProblems --|tReferences --|g3.|tBody and Chassis
Technologies and Design --|g3.1.|tIntroduction --|g3.2.
|tGeneral Configuration of Automobiles --|g3.3.|tBody and
Chassis Fundamentals --|g3.3.1.|tGeneral Packaging --
|g3.3.2.|tDesign Criteria --|g3.3.3.|tDesign Loads --
|g3.4.|tDifferent Types of Structural Systems --|g3.4.1.
|tBody-on-Frame Construction --|g3.4.2.|tBackbone
Construction --|g3.4.3.|tSpace Frame Construction --
|g3.4.4.|tUnibody Construction --|g3.5.|tBody and Chassis
Materials --|g3.5.1.|tLow Carbon Steel --|g3.5.2.
|tAdvanced High Strength Steels --|g3.5.3.|tNonferrous
Metals --|g3.5.4.|tNonmetallic Materials --|g3.5.5.|tMulti
-Material Approach in Car Body Design --|g3.6.|tSpecific
Considerations in Body and Chassis Design of Electric and
Hybrid Electric Vehicles --|g3.6.1.|tPackaging --|g3.6.2.
|tMaterial Selection --|g3.6.3.|tAerodynamics --|g3.7.
|tThe Chassis Systems of Electric and Hybrid Electric
Vehicles --|g3.7.1.|tThe Suspension System --|g3.7.2.|tThe
Steering System --|g3.7.3.|tThe Braking System --
|tProblems --|tReferences --|g4.|tVehicle Dynamics
Fundamentals --|g4.1.|tIntroduction --|g4.2.|tConcepts and
Terminology --|g4.2.1.|tEvaluation Criteria for Vehicle
Dynamics --|g4.2.2.|tWeights and Dimensions --|g4.3.
|tVehicle Kinematics --|g4.3.1.|tVehicle Coordinate
Systems --|g4.3.2.|tVehicle Motions --|g4.3.3.
|tLongitudinal and Lateral Slips --|g4.3.4.|tPlanar
Vehicle Kinematics --|g4.3.5.|tThree-Dimensional Vehicle
Kinematics --|g4.3.6.|tVehicle Forces and Moments --|g4.4.
|tTire Mechanics and Modeling --|g4.4.1.|tTire
Characteristic Curves --|g4.4.2.|tTire Models --|g4.4.3.
|tThe Magic Formula (FM) Tire Model --|tProblem --
|tReferences --|g5.|tModelling and Characteristics of EV/
HEV Powertrains Components --|g5.1.|tIntroduction --|g5.2.
|tICE Performance Characteristics --|g5.2.1.|tPower and
Torque Generation --|g5.2.2.|tMean Effective Pressure --
|g5.2.3.|tSpecific Fuel Consumption --|g5.2.4.|tFuel
Conversion Efficiency --|g5.2.5.|tMechanical Efficiency --
|g5.2.6.|tAir -- Fuel Ratio --|g5.2.7.|tVolumetric
Efficiency --|g5.2.8.|tCompression Ratio --|g5.2.9.
|tSpecific Emissions --|g5.2.10.|tRelationships between
ICE Performance Characteristics --|g5.3.|tElectric Motor
Performance Characteristics --|g5.3.1.|tPower and Torque
Generation --|g5.3.2.|tEfficiency --|g5.3.3.|tDC Motors --
|g5.3.4.|tInduction AC Motors --|g5.3.5.|tSteady-State
Performance Analysis --|g5.3.6.|tPermanent-Magnet AC
Motors --|g5.4.|tBattery Performance Characteristics --
|g5.4.1.|tBattery Capacity --|g5.4.2.|tOpen Circuit and
Terminal Voltages --|g5.4.3.|tCharge/Discharge Rate --
|g5.4.4.|tState of Charge/Discharge --|g5.4.5.|tDepth of
Discharge --|g5.4.6.|tBattery Energy Density and Specific
Energy --|g5.4.7.|tBattery Power Density and Specific
Power --|g5.4.8.|tBattery Efficiency --|g5.5.
|tTransmission and Drivetrain Characteristics --|g5.5.1.
|tGearboxes --|g5.5.2.|tPlanetary Gear Set --|g5.5.3.|tV-
Belt CVTs --|g5.5.4.|tDriveline Losses --|g5.6.
|tRegenerative Braking Characteristics --|g5.7.|tDriving
Cycles --|g5.7.1.|tEPA Driving Cycles --|g5.7.2.|tThe
European NEDC --|g5.7.3.|tThe Japan 10 -- 15 Mode --
|tProblems --|tReferences --|g6.|tModeling and Analysis of
Electric and Hybrid Electric Vehicles' Propulsion and
Braking --|g6.1.|tIntroduction --|g6.2.|tThe Longitudinal
Dynamics Equation of Motion --|g6.3.|tVehicle Propulsion
Modeling and Analysis --|g6.3.1.|tInternal Combustion
Engine Vehicles --|g6.3.2.|tElectric Vehicles --|g6.3.3.
|tHybrid Electric Vehicles --|g6.4.|tVehicle Braking
Modeling and Analysis --|tProblems --|g7.|tHandling
Analysis of Electric and Hybrid Electric Vehicles --|g7.1.
|tIntroduction --|g7.2.|tSimplified Handling Models --
|g7.2.1.|tSingle Track Linear Handling Model --|g7.2.2.
|tAnalytical Handling Analysis --|g7.2.3.|tRoll and Pitch
Dynamics Models --|g7.3.|tComprehensive Handling Model of
EVs and HEVs --|g7.3.1.|tVehicle Kinetics Model --|g7.3.2.
|tThe Tire Model --|g7.3.3.|tPowertrain and Wheel Dynamics
Model --|g7.3.4.|tSimulation Study --|tProblems --
|tReferences --|g8.|tEnergy/Power Allocation and
Management --|g8.1.|tIntroduction --|g8.2.|tPower/Energy
Management Controllers --|g8.3.|tRule-Based Control
Strategies --|g8.3.1.|tDeterministic Rule-Based Control
Strategies --|g8.3.2.|tFuzzy-Rule-Based Control Strategies
--|g8.3.3.|tRule-Based Control Strategies for PHEVs --
|g8.4.|tOptimization-Based Control Strategies --|g8.4.1.
|tOptimization Problem Formulation --|g8.4.2.|tGlobal
Energy/Power Management Optimization --|g8.4.3.|tReal-Time
Energy/Power Management Optimization --|g8.4.4.
|tOptimization Techniques --|tReferences --|g9.|tControl
of Electric and Hybrid Electric Vehicle Dynamics --|g9.1.
|tIntroduction --|g9.2.|tFundamentals of Vehicle Dynamic
Control (VDC) Systems --|g9.2.1.|tDriver, Vehicle, and
Environment --|g9.2.2.|tWorking Principle of VDC systems -
-|g9.2.3.|tVDC Systems Classification --|g9.3.|tVDC
Implementation on Electric and Hybrid Vehicles --|g9.3.1.
|tStructure of the Control System --|g9.3.2.|tControl
System Design --|g9.3.3.|tSimulation Study --|tProblems --
|tReferences.
520 "An advanced level introductory book covering fundamental
aspects, design and dynamics of electric and hybrid
electric vehiclesThere is significant demand for an
understanding of the fundamentals, technologies, and
design of electric and hybrid electric vehicles and their
components from researchers, engineers, and graduate
students. Although there is a good body of work in the
literature, there is still a great need for electric and
hybrid vehicle teaching materials. Electric and Hybrid
Vehicles: Technologies, Modeling and Control - A
Mechatronic Approach is based on the authors' current
research in vehicle systems and will include chapters on
vehicle propulsion systems, the fundamentals of vehicle
dynamics, EV and HEV technologies, chassis systems,
steering control systems, and state, parameter and force
estimations. The book is highly illustrated, and examples
will be given throughout the book based on real
applications and challenges in the automotive industry.
Designed to help a new generation of engineers needing to
master the principles of and further advances in hybrid
vehicle technology Includes examples of real applications
and challenges in the automotive industry with problems
and solutions Takes a mechatronics approach to the study
of electric and hybrid electric vehicles, appealing to
mechanical and electrical engineering interests Responds
to the increase in demand of universities offering courses
in newer electric vehicle technologies "--|cProvided by
publisher.
520 "Designed to help a new generation of engineers needing to
master the principles of and further advances in hybrid
vehicle technology"--|cProvided by publisher.
588 0 Print version record and CIP data provided by publisher.
590 O'Reilly|bO'Reilly Online Learning: Academic/Public
Library Edition
590 O'Reilly|bO'Reilly Online Learning: Academic/Public
Library Edition (EZproxy Access)
650 0 Electric vehicles.|0http://id.loc.gov/authorities/subjects
/sh85042036
650 0 Hybrid electric vehicles.|0http://id.loc.gov/authorities/
subjects/sh96007414
650 7 TECHNOLOGY & ENGINEERING|xMachinery.|2bisacsh
650 7 Electric vehicles.|2fast|0(OCoLC)fst00906127
650 7 Hybrid electric vehicles.|2fast|0(OCoLC)fst00964511
650 7 Mechanical Engineering.|2hilcc
650 7 Engineering & Applied Sciences.|2hilcc
650 7 Automotive Engineering.|2hilcc
655 0 Electronic books.
655 4 Electronic books.
700 1 Fallah, M. Saber.
700 1 Goodarzi, Avesta.
776 08 |iPrint version:|aKhajepour, Amir.|tElectric and hybrid
vehicles.|dChichester, West Sussex, United Kingdom : John
Wiley & Sons, Inc., 2014|z9781118341513|w(DLC) 2013049700
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