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Data Generation of Structural Confiurations

Engineers and architects have always held a special interest for structural systems that enable them to cover large spans with minimal interference from internal supports. It is perhaps no surprise then that dome structures, capable of encompassing maximum volume with minimum surface area, are one of the oldest structural forms and has been used in architecture since the earliest times. The processing of geodesic forms has always been an extremely difficult task. The constraint of the processing difficulties, however, did not allow the designers to take full advantage of the whole spectrum of possibilities and their scope remained rather limited. In contrast, the conceptual methodology that is presented in this paper combined with suitable computer software such as Formian, provides a means for dealing with the processing of any kind of polyhedric configuration and geodesic with relative ease and elegance. In this paper the generation of geodesic forms is solved in two stages.