In order to improve the mass transfer and the energy performance of a Proton Exchange
Membrane Fuel Cell (PEMFC), five different kind of block shapes in the flow channel are …

In proton exchange membrane fuel cells, baffled flow channels can enhance the reactant
transfer and improve the cell performance. Many different baffled flow channels have been …

Reactants and products distribute unevenly in flow channels of proton exchange membrane
fuel cells, therefore, the baffle heights and locations in flow channels exhibit effects on …

The pressure drops and pumping powers in flow channels of proton exchange membrane
fuel cells are major standards to evaluate flow channel structures. Baffled flow channels …

Orientated-type flow channels having porous blocks enhance the reactant transfer into gas
diffusion layers of proton exchange membrane fuel cells. However, because of the …

A three-dimensional, non-isothermal and two-phase flow model for proton exchange
membrane (PEM) fuel cells is developed. In the cathode catalyst layer, a spherical …

The Forchheimer's inertial force impact is always neglected when studying the mass transfer
of proton exchange membrane fuel cells in previous literatures. In this work, firstly, driving …

In this study, a three-dimensional, non-isothermal, two-phase flow mathematical model is
developed and applied to investigate the effect of the GDL deformation on transport …

The optimization of proton exchange membrane (PEM) fuel cells via bipolar plate (BPP)
design is critical, yet the impact of BPP/channel redesign on electric resistance and cell …

This study comprehensively analyzes five circular-shaped flow field configurations (one-
path, two-path, two-channel, two-segment, and four-segment serpentine), using membrane …