El estudio de la microestructura de los materiales heterogéneos aleatorios es relevante
para aplicaciones de energía, toda vez que sus propiedades macroscópicas como …

En los últimos años, la comunidad científica ha dirigido su interés a sistemas energéticos
con enfoques renovables, en los que el hidrógeno se ha ido posicionando como un …

El estudio de celdas de combustible estudia imágenes de microscopia de los electrodos de
celdas, actualmente no existe un software comercial exclusivo, y de tal forma, el proyecto …

The development of novel fuel-cell materials demands accurate and flexible microstructure
characterization techniques. Conventional electron microscopy-based microstructural …

A proton exchange membrane fuel cell (PEMFC) is an energy-conversion device that can be
used in a wide variety of applications and is considered a promising alternative to gas and …

Rising concerns over the supply of oil and gas and the impacts of climate change are
increasing demand for renewable energy sources to relieve the current dependence on …

Computing flows and phase transport in porous media requires a physically representative
geometric model. We present a simple method of digitizing the structure of fibrous porous …

Improvements in the imaging techniques have enabled the capturing of images with high
resolution, thereby permitting the reconstruction of complex porous media that can be …

The macroscopic properties of materials are strongly determined by their micro structure.
Here, transport properties of gas diffusion layers (GDL) for fuel cells are considered. In order …

Due to the minute length scales and heterogeneous nature of fuel cell components,
experimental quantification of the key properties of these materials can be expensive and …