Calculations of wall element for quick-safe building
Kotova, Nataliia (2015)
Kotova, Nataliia
Oulun ammattikorkeakoulu
2015
All rights reserved
Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-2015120819920
https://urn.fi/URN:NBN:fi:amk-2015120819920
Tiivistelmä
Nowadays there are a lot of areas which are exposed by negative influence of natural phenomena such us earthquakes, floods, tsunamis and hurricanes. It is a challenge to organize some comfortable and spacious place for accommodation of casualties and providing the first aid for them.
On the basis of the above, light and quickly mounted, demountable and relocatable structures, which names are quick-safe buildings are the best solution. The aim of this research was to choose the material for the wall structures and determine the thickness of the wall structures sufficient to resist the load and keep the stable climate inside the building, considering the outside temperature and other weather conditions.
In this research three ways for wind load calculation are presented: according to the European standards, according to the American standards, according to the standards of the Russian Federation. Also a bending moment analysis according to strength of material were made.
During the research a calculation of the wind load and a bending moment analysis were made. The wall structure of a quick-safe building was designed.
A quick-safe building could be used by a government during a disaster recovery as a temporary residence for casualties.
On the basis of the above, light and quickly mounted, demountable and relocatable structures, which names are quick-safe buildings are the best solution. The aim of this research was to choose the material for the wall structures and determine the thickness of the wall structures sufficient to resist the load and keep the stable climate inside the building, considering the outside temperature and other weather conditions.
In this research three ways for wind load calculation are presented: according to the European standards, according to the American standards, according to the standards of the Russian Federation. Also a bending moment analysis according to strength of material were made.
During the research a calculation of the wind load and a bending moment analysis were made. The wall structure of a quick-safe building was designed.
A quick-safe building could be used by a government during a disaster recovery as a temporary residence for casualties.