More precisely the given solutions will tend to follow the Key actions for living space described in the Sphere Handbook in order to 

Textile membrane structures for emergency

Membranes in architecture are highly effective structural elements that act purely in tension and thus have a very little self-weight. Due to their structural traits, they form mainly double curved anti-clastic surfaces and can run big spans. Textiles are one of the vastly used construction materials for membrane architecture and can have decent structural characteristics. Nevertheless, this type of unconventional architecture is also fraught with deleterious properties such as the thermal environment. The structural components are usually prefabricated and assembled on site. Textile structures are a more recent development. In this regards, not so many examples and norms exist on this subject. In fact, the complete package of European norms for membrane structures is being developed in these days by the Joint Research Centre based on the chunks of regulations.  \citep*{Stranghöne2016}
As it is described in the Annual Disaster Statistical Review 2016 \citep{Guha-Sapir2016} from 1990-2016 years the mean number deaths from natural disasters were increasing until 2005 and then it started dropping down until 2016. This is a good tendency, however,  the number people that were affected by the disasters did not go down but instead kept continuously increasing until now. Furthermore, the statistical data shown by UNHCR \cite{overview} portrays an even more drastic increase in the total number of Refugees and IDPs (Internally displaced people) that are again a subject of a great concern for sheltering. Summing up the overall picture of emergency and the need for sheltering we can see that the post-disaster problems are becoming more and more prominent and require rigorous solutions.