In this chapter, the Green's Function Reaction Dynamics (GFRD) method is introduced and
its application to our work is explained. Special attention is given to the use of GFRD in …

This work presents a parallel approach of the Kinetic Monte Carlo (KMC) algorithm using a
distributed memory architecture. The resulting computer software was tested by conducting …

The development of advanced structural materials has advanced in parallel with the
continued development of nuclear reactors throughout the history of the industry. Today, the …

We propose a parallelized meso-scale kinetic Monte Carlo code for SOFC characterization.
Five properties included in this code are 1) minimum input of the unit cell to build larger …

This work presents a distributed computing algorithm over volunteer grid/cloud computing
systems for Fluorescence Correlation Spectroscopy, a computational biology technique for …

In order to improve the performance, reliability, and efficiency of solid oxide fuel cells, it is
important to understand the underlying atomic-level interactions and mechanisms that …

Microstructure evolution of irradiated materials is a complex phenomenon that involves time
and length scales that can expand several orders of magnitude. Defects produced in the …

Uno de los principales problemas a solventar en el desarrollo de instalaciones de fusión
nuclear es la falta de materiales capaces de soportar la exposición al plasma. De entre las …

El wolframio es considerado como el principal candidato para revestimientos de materiales
expuestos a plasmas, tanto para materiales de primera pared en el caso de reactores de …

Résumé La production et le stockage de l'énergie est un grand défi de notre société. Les
propriétés de certains matériaux sont dues principalement aux défauts qu'ils contiennent …