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Abstract
Progress in Petrochemical Science
Modeling of Chemical Reacting Transport Phenomena in a PEM Fuel Cell using Finite Volume Method
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Open or Close Mohammed Jourdani*, Hamid Mounir and Abdellatif El Marjani
Department of Mechanical Engineering, Mohamed V University, Morocco
*Corresponding author: Mohammed Jourdani, Department of Mechanical Engineering, Mohamed V University, Morocco, North Africa
Submission: April 11, 2018; Published: September 19, 2018
ISSN 2637-8035Volume2 Issue5
Abstract
Modeling the transport phenomena in a fuel cell system is important to the development of fuel cells. Numerical models can be used to improve some important areas in PEMFCs design, such as water management, fuel cell thermal management, fuel cell stack design, and fuel delivery. The purpose of this work is to present a two-dimensional transient model of the gas flow in the fuel cell (PEMFC). The model includes various conservation equations such movement and energy equations. The governing equations were resolved by the finite volume method.
Keywords: Water; Modeling; Degradation; Performance; Finite volume method; PEMFC
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