دانلود کتاب تجربیات علمی پارامتریک در معماری

The study presents the results of an experimental research that explores in depth the design process of a joining system for bamboo lattice structures, proposing new and advanced solutions that guarantee maximum compositional freedom. The 3D printing production of different types of connection joint-type and the architectural– compositional design of a temporary structure, intended as an exhibition pavilion, have made it possible to validate the defined technological solution. Currently, bamboo, despite being one of the main natural building materials in the field of sustainable architecture, is not widely used due to the lack of adequate connection systems, especially in Europe, where more restrictive regulations are in force. The stalks of bamboo are natural hollowprofiles characterized by high mechanical performance and are a highly renewable low-cost material. They make it possible to create light and resistant structures, but the dimensional heterogeneity and the tendency to longitudinal splitting of the ends of the stalks make it difficult to make connections capable of fully exploiting the resistance of the material. Bamboo is a rapidly growing, naturally available renewable resource that is quite strong and lends itself to structural applications. The versatility of use of the material can offer newsolutions to cultural heritage conservation and development, especially in poorer geographic areas. In compliance with the aims of the new European Green Deal, that takes up the inspiring principles of the historical Bauhaus movement, founded by the architect Walter Gropius in 1919 in Weimar, the wise use of natural raw materials such as bamboo activates and promotes new design approaches aimed at sustainability and reduced climate impact.