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Electric and hybrid vehicles : design fundamentals / Iqbal Husain.

By: Material type: TextTextPublisher: Boca Raton, Fla. : CRC Press, [2003]Copyright date: ©2003Description: 270 pages : illustrations ; 25 cmContent type:
  • text
Media type:
  • unmediated
Carrier type:
  • volume
ISBN:
  • 0849314666
  • 9780849314667
Subject(s): DDC classification:
  • 629.2293 21
LOC classification:
  • TL220 .H87 2003
Contents:
Ch. 1. Introduction to Electric Vehicles -- 1.1. EV System -- 1.2. EV History -- 1.3. EV Advantages -- 1.4. EV Market -- Ch. 2. Vehicle Mechanics -- 2.1. Roadway Fundamentals -- 2.2. Laws of Motion -- 2.3. Vehicle Kinetics -- 2.4. Dynamics of Vehicle Motion -- 2.5. Propulsion Power -- 2.6. Velocity and Acceleration -- 2.7. Propulsion System Design -- Ch. 3. Energy Source: Battery -- 3.1. Battery Basics -- 3.2. Lead-Acid Battery -- 3.3. Alternative Batteries -- 3.4. Battery Parameters -- 3.5. Technical Characteristics -- 3.6. Targets and Properties of Batteries -- 3.7. Battery Modeling -- Ch. 4. Alternative Energy Sources -- 4.1. Fuel Cells -- 4.2. Supercapacitors and Ultracapacitors -- 4.3. Flywheels -- Ch. 5. DC and AC Electric Machines -- 5.1. Motor and Engine Ratings -- 5.2. EV and HEV Motor Requirements -- 5.3. DC Machines -- 5.4. Three-Phase AC Machines -- 5.5. Induction Machines -- 5.6. Regenerative Braking -- 5.7. dq Modeling -- Ch. 6. PM and SR Machines -- 6.1. Permanent Magnet Machines -- 6.2. Switched Reluctance Machines -- Ch. 7. Power Electronics and Motor Drives -- 7.1. Electric Drive Components -- 7.2. Power Electronic Switches -- 7.3. DC Drives -- 7.4. Operating Point Analysis -- Ch. 8. AC and SR Motor Drives -- 8.1. AC Drive -- 8.2. Vector Control of AC Motors -- 8.3. PM Synchronous Motor Drives -- 8.4. SR Motor Drives -- Ch. 9. Electric Vehicle Drivetrain -- 9.1. EV Transmission Configurations -- 9.2. Transmission Components -- 9.3. Ideal Gearbox: Steady State Model -- 9.4. EV Motor Sizing -- Ch. 10. Hybrid Electric Vehicles -- 10.1. Types of Hybrids -- 10.2. Internal Combustion Engines -- 10.3. Design of an HEV.
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Holdings
Item type Current library Call number Copy number Status Date due Barcode
Book City Campus City Campus Main Collection 629.2293 HUS (Browse shelf(Opens below)) 1 Available A417235B

Includes bibliographical references and index.

Ch. 1. Introduction to Electric Vehicles -- 1.1. EV System -- 1.2. EV History -- 1.3. EV Advantages -- 1.4. EV Market -- Ch. 2. Vehicle Mechanics -- 2.1. Roadway Fundamentals -- 2.2. Laws of Motion -- 2.3. Vehicle Kinetics -- 2.4. Dynamics of Vehicle Motion -- 2.5. Propulsion Power -- 2.6. Velocity and Acceleration -- 2.7. Propulsion System Design -- Ch. 3. Energy Source: Battery -- 3.1. Battery Basics -- 3.2. Lead-Acid Battery -- 3.3. Alternative Batteries -- 3.4. Battery Parameters -- 3.5. Technical Characteristics -- 3.6. Targets and Properties of Batteries -- 3.7. Battery Modeling -- Ch. 4. Alternative Energy Sources -- 4.1. Fuel Cells -- 4.2. Supercapacitors and Ultracapacitors -- 4.3. Flywheels -- Ch. 5. DC and AC Electric Machines -- 5.1. Motor and Engine Ratings -- 5.2. EV and HEV Motor Requirements -- 5.3. DC Machines -- 5.4. Three-Phase AC Machines -- 5.5. Induction Machines -- 5.6. Regenerative Braking -- 5.7. dq Modeling -- Ch. 6. PM and SR Machines -- 6.1. Permanent Magnet Machines -- 6.2. Switched Reluctance Machines -- Ch. 7. Power Electronics and Motor Drives -- 7.1. Electric Drive Components -- 7.2. Power Electronic Switches -- 7.3. DC Drives -- 7.4. Operating Point Analysis -- Ch. 8. AC and SR Motor Drives -- 8.1. AC Drive -- 8.2. Vector Control of AC Motors -- 8.3. PM Synchronous Motor Drives -- 8.4. SR Motor Drives -- Ch. 9. Electric Vehicle Drivetrain -- 9.1. EV Transmission Configurations -- 9.2. Transmission Components -- 9.3. Ideal Gearbox: Steady State Model -- 9.4. EV Motor Sizing -- Ch. 10. Hybrid Electric Vehicles -- 10.1. Types of Hybrids -- 10.2. Internal Combustion Engines -- 10.3. Design of an HEV.

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