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Modern electric, hybrid electric, and fuel cell vehicle /Mehrdad Ehsani

By: Mehrdad Ehsani ;Yimin Gao ;Stefano Longo ;Kambiz M. EbrahimiContributor(s): Yimin Gao ;Stefano Longo;Kambiz M. EbrahimiMaterial type: Text

TextPublisher number: Puja Books | :302 Mahavir House,4771/23 Bharat Ram Road Daryaganj New Delhi-110002Publication details: Boca Raton :CRC Press, an imprint of Taylor & Francis Group , 2018Edition: Third editionDescription: xxv, 546 pages : illustrations ; 27 cmISBN: 9780367137465Subject(s): BrandstofcellenGenre/Form: Véhicules hybridesDDC classification: 629.2293 EHS

Contents:

Environmental impact and history of modern transportation Fundamentals of vehicle propulsion and braking Internal combustion engines Vehicle transmission Electric vehicles Hybrid electric vehicles Electric propulsion systems Design principle of series (electrical coupling) hybrid electric drivetrain Parallel (mechanically coupled) hybrid electric drivetrain design Design and control methodology of series-parallel (torque and speed coupling) hybrid drivetrain Design and control principles of plug-in hybrid electric vehicles Mild hybrid electric drivetrain design Peaking power sources and energy storage Fundamentals of regenerative braking Fuel cells Fuel cell hybrid electric drivetrain design Design of series hybrid drivetrain for off-road vehicles Design of full-size engine HEV with optimal hybridization ratio Powertrain optimization User guide for multiobjective optimization toolbox

Summary: Resource added for the Automotive Technology program 106023

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Holdings
Item type	Current library	Call number	Status	Date due	Barcode	Item holds
Books	SNU LIBRARY	629.2293 EHS (Browse shelf(Opens below))	Checked out to Harender Sinhmar (20500199)	27/08/2023 00:00	ME002

Total holds: 0

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Previous	629.222 SIN Automobile Engineering	629.2222 IRE The Penguin Car Handbook	629.229 STO Hydrogen and Fuel Cells /	629.2293 EHS Modern electric, hybrid electric, and fuel cell vehicle	629.2293 LAR Electric vehicle technology explained	629.231 LEW How to Design Cars like a Pro	629.2502 HAY Electric Powertrain	Next

Environmental impact and history of modern transportation
Fundamentals of vehicle propulsion and braking
Internal combustion engines
Vehicle transmission
Electric vehicles
Hybrid electric vehicles
Electric propulsion systems
Design principle of series (electrical coupling) hybrid electric drivetrain
Parallel (mechanically coupled) hybrid electric drivetrain design
Design and control methodology of series-parallel (torque and speed coupling) hybrid drivetrain
Design and control principles of plug-in hybrid electric vehicles
Mild hybrid electric drivetrain design
Peaking power sources and energy storage
Fundamentals of regenerative braking
Fuel cells
Fuel cell hybrid electric drivetrain design
Design of series hybrid drivetrain for off-road vehicles
Design of full-size engine HEV with optimal hybridization ratio
Powertrain optimization
User guide for multiobjective optimization toolbox

Resource added for the Automotive Technology program 106023

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