Guide Particulars :
Language English
Pages 433
Format PDF
Dimension 7.16 MB

 

Electric and Hybrid Vehicles Technologies Modeling and Control


 

Electric and Hybrid Vehicles Technologies, Modeling and Control: A Mechatronic Method by Amir Khajepour, Saber Fallah and Avesta Goodarzi | PDF Free Download.

Contents of Electric and Hybrid Vehicles PDF


Introduction to Automobile Propulsion and Powertrain Technologies 

  • Historical past of Automobile Improvement 
  • Inner Combustion Engine Vehicles (ICEVs) 
  • The 4-Stroke Gasoline Engine 
  • The 4-Stroke Diesel Engine 
  • ICE Efficiency Traits 
  • ICE Automobile Emissions 
  • Automobile Emission Control Technologies 
  • Superior Engine Design 
  • Catalytic Converters 
  • The Diesel Particulate Filter (DPF) 
  • Exhaust Fuel Recirculation (EGR) 
  • Crankcase Emission Control System 
  • Vehicles with Different Fuels 
  • Pure Fuel Vehicles (NGVs) 
  • Liquefied Petroleum Fuel Vehicles (LPGVs) 
  • Biodiesel 
  • Hydrogen 
  • Powertrain Technologies 
  • Rear-Wheel Drive Powertrains 
  • Entrance-Wheel Drive (FWD) Powertrains 
  • Multi-Wheel Drive Powertrains 
  • Transmission Methods 
  • Handbook Transmission/Transaxle Methods 
  • Computerized Transmission/Transaxle Methods 
  • Automated Handbook Transmissions (AMTs) 
  • Steady Variable Transmissions (CVTs) 
  • Drivetrain and Differentials 
  • Open Differentials 
  • Restricted Slip Differentials
  • Locking Differentials 
  • Switch Case Differentials 
  • Issues 
  • References

Electric and Hybrid Powertrain Technologies 

  • Introduction 
  • Battery Electric Vehicles (BEVs) 
  • The BEV Powertrain Configuration 
  • Electric Traction Motors 
  • Power Sources and Storages 
  • Energy Digital Converters 
  • Energy Bus 
  • Regenerative Braking System 
  • Gasoline-Cell Electric Vehicles (FCEVs) 
  • Gasoline-Cell Technologies 
  • Hybrid Electric Vehicles 
  • Diploma of Hybridization 
  • Parallel Hybrid Configuration 
  • Sequence Hybrid Configuration 
  • Energy-Break up Configuration 
  • Compound Hybrid Configuration 
  • Plug-in Hybrid Electric Vehicles (PHEVs) 
  • Hybrid Hydraulic Vehicles (HHVs) 
  • Pneumatic Hybrid Vehicles (PHVs) 
  • Energy/Power Administration Methods 
  • Abstract 
  • Issues 
  • References

Physique and Chassis Technologies and Design 

  • Introduction 
  • Common Configuration of Vehicles 
  • Physique and Chassis Fundamentals 
  • Common Packaging 
  • Design Standards 
  • Design Hundreds 
  • Totally different Sorts of Structural Methods 
  • Physique-on-Body Building 
  • Spine Building 
  • House Body Building 
  • Unibody Building 
  • Physique and Chassis Supplies 
  • Low Carbon Metal 
  • Superior Excessive Power Steels 
  • Nonferrous Metals
  • Nonmetallic Supplies 
  • Multi-Materials Method in Automobile Physique Design 
  • Particular Concerns in Physique and Chassis Design of Electric and Hybrid Electric Vehicles 
  • Packaging 
  • Materials Choice 
  • Aerodynamics 
  • The Chassis Methods of Electric and Hybrid Electric Vehicles 
  • The Suspension System 
  • The Steering System 
  • The Braking System 
  • Issues 
  • References

Automobile Dynamics Fundamentals 

  • Introduction 
  • Ideas and Terminology 
  • Analysis Standards for Automobile Dynamics 
  • Weights and Dimensions 
  • Automobile Kinematics 
  • Automobile Coordinate Methods 
  • Automobile Motions 
  • Longitudinal and Lateral Slips 
  • Planar Automobile Kinematics 
  • Three-Dimensional Automobile Kinematics 
  • Automobile Forces and Moments 
  • Tire Mechanics and Modeling 
  • Tire Attribute Curves 
  • Tire Fashions 
  • The Magic Method (FM) Tire Mannequin 
  • Issues 
  • References

Modelling and Traits of EV/HEV Powertrains Parts 

  • Introduction 
  • ICE Efficiency Traits 
  • Energy and Torque Technology 
  • Imply Efficient Strain 
  • Particular Gasoline Consumption 
  • Gasoline Conversion Effectivity 
  • Mechanical Effectivity 
  • Air–Gasoline Ratio 
  • Volumetric Effectivity 
  • Compression Ratio 
  • Particular Emissions 
  • Relationships between ICE Efficiency Traits
  • Electric Motor Efficiency Traits 
  • Energy and Torque Technology 
  • Effectivity 
  • DC Motors 
  • Induction AC Motors 
  • Regular-State Efficiency Evaluation 
  • Everlasting-Magnet AC Motors 
  • Battery Efficiency Traits 
  • Battery Capability 
  • Open Circuit and Terminal Voltages 
  • Cost/Discharge Charge 
  • State of Cost/Discharge 
  • Depth of Discharge 
  • Battery Power Density and Particular Power 
  • Battery Energy Density and Particular Energy 
  • Battery Effectivity 
  • Transmission and Drivetrain Traits 
  • Gearboxes 
  • Planetary Gear Set 
  • V-Belt CVTs 
  • Driveline Losses 
  • Regenerative Braking Traits 
  • Driving Cycles 
  • EPA Driving Cycles 
  • The European NEDC 
  • The Japan – Mode 
  • Issues 
  • References

Modeling and Evaluation of Electric and Hybrid Electric Vehicles’ Propulsion and Braking 

  • Introduction 
  • The Longitudinal Dynamics Equation of Movement 
  • Automobile Propulsion Modeling and Evaluation 
  • Inner Combustion Engine Vehicles 
  • Electric Vehicles 
  • Hybrid Electric Vehicles 
  • Automobile Braking Modeling and Evaluation 
  • Issues 
  • Dealing with Evaluation of Electric and Hybrid Electric Vehicles 
  • Introduction 
  • Simplified Dealing with Fashions 
  • Single Monitor Linear Dealing with Mannequin 
  • Analytical Dealing with Evaluation 
  • Roll and Pitch Dynamics Fashions
  • Complete Dealing with Mannequin of EVs and HEVs 
  • Automobile Kinetics Mannequin 
  • The Tire Mannequin 
  • Powertrain and Wheel Dynamics Mannequin 
  • Simulation Examine 
  • Issues 
  • References

Power/Energy Allocation and Administration 

  • Introduction 
  • Energy/Power Administration Controllers 
  • Rule-Based mostly Control Methods 
  • Deterministic Rule-Based mostly Control Methods 
  • Fuzzy-Rule-Based mostly Control Methods 
  • Rule-Based mostly Control Methods for PHEVs 
  • Optimization-Based mostly Control Methods 
  • Optimization Downside Formulation 
  • World Power/Energy Administration Optimization 
  • Actual-Time Power/Energy Administration Optimization 
  • Optimization Strategies 
  • References

Control of Electric and Hybrid Electric Automobile Dynamics 

  • Introduction 
  • Fundamentals of Automobile Dynamic Control (VDC) Methods 
  • Driver, Automobile, and Atmosphere 
  • Working Precept of VDC methods 
  • VDC Methods Classification 
  • VDC Implementation on Electric and Hybrid Vehicles 
  • Construction of the Control System 
  • Control System Design 
  • Simulation Examine 
  • Issues 
  • References
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