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Modeling of polymer electrolyte membrane fuel cell stack end plates
Suvi Karvonen
, Tero Hottinen
,
Jari Ihonen
, Heidi Uusalo
Helsinki University of Technology
Wärtsilä Oyj Abp
Research output
:
Contribution to journal
›
Article
›
Scientific
›
peer-review
33
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Citations (Scopus)
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INIS
polymers
100%
modeling
100%
membranes
100%
electrolytes
100%
fuel cells
100%
plates
100%
stacks
100%
gases
66%
diffusion layer
66%
distribution
55%
compression
44%
performance
22%
surfaces
22%
aluminum
22%
comparative evaluations
11%
films
11%
finite element method
11%
units
11%
porosity
11%
permeability
11%
electrodes
11%
steels
11%
electric contacts
11%
lifetime
11%
mass transfer
11%
Keyphrases
Fuel Cell Stack
100%
Proton Exchange Membrane Fuel Cell (PEMFC)
100%
Gas Diffusion Layer
100%
Pressure Distribution
83%
Plate Structure
50%
Uniform Pressure
33%
Compression Pressure
33%
Modeling Results
33%
Electric Contact
16%
Finite Element Modeling
16%
Mass Transfer
16%
Support Structure
16%
Electrode Surface
16%
Thermal Contact
16%
Flat Plate
16%
Plate Material
16%
Flow Field Plate
16%
Surface Field
16%
Layer Porosity
16%
Ribbed Plate
16%
Clamping Pressure
16%
Pressure-sensitive Film
16%
Engineering
Fuel Cell Stack
100%
Endplate
100%
Gas Diffusion Layer
100%
Polymer electrolyte membrane fuel cells
100%
Pressure Distribution
83%
Plate Structure
50%
Compression Pressure
33%
Aluminum
33%
Electrode Surface
16%
Supporting Structure
16%
Plate Material
16%
Flat Plate
16%
Porosity
16%
Flow Distribution
16%
Fem Model
16%
Mass Transport
16%
Rigidity
16%
Material Science
Proton-Exchange Membrane Fuel Cells
100%
Aluminum
66%
Film
33%
Finite Element Modeling
33%
Rigidity
33%