| Abstract |
It is unquestionable that natural disasters are a major issue for almost all the countries in the world and are considered a
priority concern on most of the country strategy papers. In particular, Mexico and China are two of the most vulnerable
countries, which regularly suffer from earthquakes, floods, tsunamis and wildfires, to mention some of the most important
disasters, where in Europe is a big deal within its regional policy.
Therefore, the main motivation of this proposal comes from the need to establish a tri-continental collaborative scientific
work, having Asia and America bringing their research projects and tools through Europe’s policies, work and agenda on the
same objectives and interests, doing collaborative work on the development of numerical tools and open source software in
order to face relevant issues problems related to natural disasters in which computing simulation can supply outstanding
benefits to the different regions and ultimately to the world, such as forecasting, depth analysis of causes, mitigation of their
effects through more secure buildings, reliability and risk assessment.
The main objective of the TCAiNMaND proposal is to build a coordinated Sino-Latin American-European team of
researchers able to exploit open source codes and numerical methods for designing effective tools to mitigate the main
Natural Disasters in the three regions, by a collaborative interchange of software resources, scientific knowledge and,
naturally, scientific experts in the different fields.
The participant partners are reputed research centers in numerical methods applied to civil engineering with significant
previous collaborations between them: two European centers: CIMNE in Spain and C2EC at Swansea University in UK; an
American one, CIMAT in Mexico and a fourth and last partner in Asia, Tsinghua University (THU), what is widely regarded
as the best university in China. |
