The Space Design Research Of The Recycling Container Style Building

The space design of container style regeneration buildings has strong sustained and rebirthing ability, it is a fitting moving building space form that will be more energy conservation in our future; the container style regeneration building will have immense market share in solving short of resources as well as saving energy and fund. It supplies an economic and fast building form for those who need rapid construction, for it can be quickly constructed by the similar method of playing building blocks. The container style regeneration building is a best choice in settling the small size building, and it can figure out the thermal insulation and warm keep by external wall insulation and interior decoration. We can make the best of the flexibility and diversity of the containers, put up quickly the buildings, and then there will be a modern architectural style which is contracted and post-industrial aged, the fashion, modern as well as enjoyments coexist in it. By fast constructing, we can rapidly work out the provincialism natural hazard living conditions, and can also intersperse and contrast to big city architectural feature. At the same time, we can save the wasting of resources of concrete construction, and solve the problems of recycling abandoned containers. This thesis aims at the deep argumentations and analysis of the advantages and disadvantages of containers, combines the common container building styles at home and abroad, rearrange and integrate them, gives a deep analysis of the spaces that containers build, especially adopts various designing style of inner space to adjust the dull container inner space and solve the functions of inner space through one single or several container combination groups. It also deals with the insulation treatment and thermal insulation to the diversified materials of inner space, and then there will be normal usage temperature and energy saving to highlight the living functionality and visual artistry. In order to propose the rational development of reactivating low carbon buildings, this thesis gathers mass data, utilize the practical case design and virtual case design to work out and summarize the problems that face the space design of container buildings, present the notional developing strategy to protect the environment and reducing the carbon dioxide emissions.