Temperature field evolution of cylindrical battery: In-situ visualizing experiments and high fidelity internal morphology simulations
Abstract
Modeling and measurement of the temperature distribution in cylindrical Li-ion cells are critical challenges that directly affect both the performance and safety. Most available electrochemical-thermal models for cylindrical cells are validated through the surface temperature. In this paper, high fidelity internal morphology two-dimensional electrochemical-thermal models based on geometric parameters extracted from computed tomography images are...
Paper Details
Title
Temperature field evolution of cylindrical battery: In-situ visualizing experiments and high fidelity internal morphology simulations
Published Date
Jul 1, 2021
Journal
Volume
499
Pages
229910 - 229910
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