shanghai, 201620
China
Shanghai University of Engineering Science
Lithium-ion battery, Electrochemical-thermal model, Multi-layered model, Heat generation rate, Heat dissipation
lithium-ion battery, phase change material, liquid cooling, extreme condition, genetic algorithm, Thermal Runaway
aspect ratio, flow visualization, flow pattern, opening of expansion valve (OEV), cooling performance
lithium-ion battery, phase change material, liquid cooling, artificial neural network, genetic algorithm, Thermal performance
Lithium-ion battery, phase change material, flat heat pipe, liquid cooling, thermal performance, thermal spread suppression