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The Use of Mathematical Modeling in Optimizing and Analyzing Fuel Cell Designs

机译:数学建模在优化和分析燃料电池设计中的使用

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It has been shown that the simulation of the PEMFC requires an understanding of heat, mass, and momentum transfer as well as electrochemical reaction engineering. These phenomena can be included in software that allows the engineer to study designs before construction of expensive tools for stamping or molding bipolar plates. These simulations build on existing commercially available CFD codes but the unique features of the water management will push the vendors to include new physics of two-phase flow and precise convergence of the governing equations over the large range of multi-scales. These extensions may be most expeditiously developed in a team or consortium approach.
机译:已经表明,PEMFC的模拟需要了解热量,质量和动量转移以及电化学反应工程。这些现象可以包含在软件中,允许工程师在建造昂贵的制造工具之前研究设计,用于冲压或模塑双极板。这些模拟在现有的市售CFD代码上建立,但水管理的独特功能将推动供应商在大范围内的多尺度范围内包括用于控制方程的两相流量和精确收敛的新物理学。这些扩展可能在团队或联盟方法中最迅速地开发。

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