Tensegrity Membrane

The work addresses a type of structure derived from tensegrity systems, namely self-supporting structures of minimal weight that are statically balanced and capable of maximizing the dimensions of their components. By replacing cables with membranes, these principles are maintained, with the added benefit of covering surfaces using minimal materials. However, there currently exists no design methodology for these systems that would enable substantial application to be considered as a structurally balanced system. The design, calculation, and specification of tensegrity membranes become the central challenge. Designing with this type of structure requires systematic design methodologies to determine force-lines, distribute element geometry, and size components. Methodological approach to studying the behavior of such structures is mixed: employing physical models and digital models in a continuous iterative process to analyze the structural behavior results. The work provides a series of diagrams and rules to outline a logical methodology for designing 'Tensegrity Membrane' structures."