چكيده به لاتين
In today's societies, among the existing spaces and multiple uses, spaces with a temporary and modular nature are being designed and formed at a fast pace. The emergence of new structural systems, such as expandable structures, which are themselves made up of various systems, allows architects to create spaces that can both be closed and moved to different locations and times by combining these structures with the temporary nature of their uses. The formation of these spaces and their combination with foldable and modular structures provides the possibility of designing various uses such as temporary commercial centers, medical centers, emergency housing after disasters, and so on. This issue has posed many challenges to designers, the most important of which include the possibility of rapid deployment, lightweight structures, reasonable prices and cost reduction, high efficiency, high-quality construction, less waste and more recyclability, and reduced on-site construction disturbances.
The aim of this research is to design a structure that can cover and address these challenges and needs to an acceptable extent. Therefore, in the first step, efforts are made to create an efficient, multi-functional, and expandable system, and in the next step, to achieve a structure that can be erected in the shortest possible time, with the simplest method and easy transportation and provide the possibility of creating multiple independent or non-independent uses. To this end, after examining existing samples and formulating design principles, a structure that is maximally responsive to the above issues has been proposed.
