MASS TRANSPORT ENHANCEMENT - POH, HEE JOO
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This book presents Computational Fuel Cell Dynamics (CFCD) approaches to analyze the enhanced performance of typical forced convection and self air-breathing PEM fuel cells (ABFC). The mathematical framework used in the simulation is a comprehensive two/three dimensional, multi-component, multiphase, non-isothermal, time-dependent transport computational model, performed using the commercial CFD software (FLUENT 6.3.16) with a PEMFC add-on module and self-developed user subroutines. This work seeks to give a better understanding of design for the enhanced performance of PEMFC (both forced…mehr

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Produktbeschreibung
This book presents Computational Fuel Cell Dynamics (CFCD) approaches to analyze the enhanced performance of typical forced convection and self air-breathing PEM fuel cells (ABFC). The mathematical framework used in the simulation is a comprehensive two/three dimensional, multi-component, multiphase, non-isothermal, time-dependent transport computational model, performed using the commercial CFD software (FLUENT 6.3.16) with a PEMFC add-on module and self-developed user subroutines. This work seeks to give a better understanding of design for the enhanced performance of PEMFC (both forced convection and air-breathing fuel cells). This requires the optimal combination of improved reactant mass transport for the electrochemical reaction and keeps the right membrane water content for ionic transfer without causing flooding of the gas diffusion layer.
Autorenporträt
Dr. Poh Hee Joo obtained his PhD degree in 2009 from NationalUniversity of Singapore. He has over 10 years working experiencein the Computational Fluid Dynamic research related to Fuel Cell, HVAC, Impinging Jet, Fire Simulation, Spray Dryer and Bio-Mechanics.