In this study, a 3D+ 1D (three-plus-one dimensional) multiphase PEM (proton exchange
membrane) fuel cell model is developed, in which the detailed channel two-phase flow is …

This work is to study the effect of properties of gas diffusion layer (GDL) on performance in a
polymer electrolyte membrane fuel cell (PEMFC) by both numerical simulation and …

The electrospinning approach is an easy and useful method to fabricate porous supports
with tailored properties for the preparation of impregnated membranes with enhanced …

This study aims to establish an unsteady, three-dimensional mathematical model of proton
exchange membrane fuel cells (PEMFCs) with four serpentine flow field designs. The effects …

Abstract Pt–graphene (Pt–G) is prepared by in-situ reduction of Pt precursor on graphene
oxide surface using a microwave method. Various Nafion/xPt–G/ySiO 2 composite …

In this paper, a new type of photochemical water splitting system is proposed and analyzed.
The system comprises two reactors in which photocatalytic half-reactions of water reduction …

A one-dimensional transient non-isothermal model was developed to study the two-phase
flow phenomenon in a polymer electrolyte membrane fuel cell. The model focused on the …

In the present work the effect of the chemical reaction on the temperature field in an anode
supported planar SOFC is numerically studied by the aid of a two-dimensional mathematical …

Unitized regenerative fuel cells are unique devices that combine the functions of fuel cells
and water electrolysis in one system. The internal mass-transport mechanisms present in a …

A single phase computational fuel cells model is presented to elucidate three-dimensional
interactions between mass transport and electrochemical kinetics in proton exchange …