ebook,John T. Warner,The Handbook of Lithium-Ion Battery Pack Design: Chemistry, Components, Types and Terminology,Elsevier Science,Abuse;Acronyms;Advanced lithium-ion;Air cooling;Battery;Battery design;Battery management system;BMS;CAD;CAE;CARB;Cells;Certification;CFD;Chemistry;Computational fluid dynamics;Computer-aided drafting;Computer-aided engineering;Concept;Contactors;Controls;Definitions;Design;Design for reliability;Design for service;DVP&R;Electric vehicle;Electric vehicles;Electrification;Engineering;EV;Failure modes effects analysis;Formula;Fuse;Heat exchangers;High-voltage front end,Automotive Engineering (General),Chemical & Biochemical,Electric Batteries,Electricity,Energy conversion & storage,Lithium ion batteries,Power Resources - Alternative & Renewable,SCIENCE / Chemistry / Industrial & Technical,Science/Chemistry - Industrial & Technical,Science/Mathematics,Storage batteries,Technology & Engineering,Technology & Engineering / Chemical & Biochemical,Technology & Engineering / Power Resources / Alternative & Renewable,Technology & Engineering : Electricity,Technology & Engineering : Power Resources - Alternative & Renewable,Technology & Engineering/Electrical,Technology & Engineering/Power Resources - Alternative & Renewable,Technology & Industrial Arts,Chemical & Biochemical,Electricity,Power Resources - Alternative & Renewable,SCIENCE / Chemistry / Industrial & Technical,Science/Chemistry - Industrial & Technical,Technology & Engineering / Chemical & Biochemical,Technology & Engineering / Power Resources / Alternative & Renewable,Technology & Engineering : Electricity,Technology & Engineering : Power Resources - Alternative & Renewable,Technology & Engineering/Electrical,Technology & Engineering/Power Resources - Alternative & Renewable,Technology & Industrial Arts,Automotive Engineering (General),Electric Batteries,Technology & Engineering,Science/Mathematics,Energy conversion & storage" />