Despite the fact that the fuel cells' operation principle, including reactions, is quite simple,
their design and engineering are rather complex. From a simplistic point of view, there are …

Ballard's Technology “Road Map”(TRM) highlighted the automotive fuel cell performance
targets Ballard planned to meet on an annual basis, as the company progressed toward its …

Gas flow in fuel cell porous electrodes is usually modelled with Darcy's law, which requires
the definition of a resistance constant for the material. This can be done directly via …

A fuel cell is, in its most basic sense, a device that transforms chemical energy into electrical
energy, whereas a biofuel cell is a subcategory of a fuel cell that uses a biocatalyst. The …

PEM fuel cell electrodes are complex nanostructures containing catalyst, proton and
electron conductors, and pores. Their properties are strongly influenced by the materials …

The work addressed in this paper deals with a synthesis on power electronic converters
used for fuel cells. The knowledge gap concerns conceptually different electronic converter …

This edited book brings together leading researchers discussing the recent trends and
needs in micro and nano-engineering fuel cells, creating new engineering knowledge, and …

There is currently a general need for alternative and sustainable energy systems. As part of
such a system, the polymer electrolyte fuel cell (PEMFC) offers efficient and emission free …

In recent years, proton exchange membrane (PEM) fuel cells have regained worldwide
attention from academia, industries, investors, and governments. The prospect of PEM fuel …

This chapter focuses on the role of physical theory, molecular simulation, and computational
electrochemistry for fundamental understanding, diagnostics, and design of Polymer …