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Electrochemical cell fundamentals
The simplest possible fuel cell
Solid oxide cell model
High temperature polymer electrolyte model
Stack models
Low temperature polymer electrolyte fuel cells and two-phase flow (continuum scale)
Direct numerical simulation of porous media: Effective transport properties
Micro-scale simulations - two-phase models, focusing on volume-of-fluid
Implementation of pore network model in a finite volume computational fluid dynamics code
Simulating polymer electrolyte fuel cell degradation using OpenFOAM and FAST-FC
Redox flow batteries
Liquid metal batteries.
The simplest possible fuel cell
Solid oxide cell model
High temperature polymer electrolyte model
Stack models
Low temperature polymer electrolyte fuel cells and two-phase flow (continuum scale)
Direct numerical simulation of porous media: Effective transport properties
Micro-scale simulations - two-phase models, focusing on volume-of-fluid
Implementation of pore network model in a finite volume computational fluid dynamics code
Simulating polymer electrolyte fuel cell degradation using OpenFOAM and FAST-FC
Redox flow batteries
Liquid metal batteries.