It is geared towards use within an interactive, parametric architectural design environment. Though developed in a structural engineering firm, its main focus does not lie in this field. Karamba is a finite element (FE) program for predicting the behavior of structures under external loads. Member connectivity and thus structural performance depend only on the angles of the members with respect to a given reference surface. bottom right: Parameterisation strategy for the White Noise music pavilion. Top right The irregular layout of truss diagonals emerged from a genetic algorithm that optimised for structural performance and efficiency of material. Preisinger here describes the program’s evolution and application. ![]() ![]() Intended to be used by architects rather than being solely confined to an engineering setting, it enables a seamless flow of data between structural and geometric models. The Karamba plug-in developed by Clemens Preisinger in collaboration with Bollinger + Grohmann Engineers has been developed to predict the behaviour of structures under external loads. ![]() Linking Structure and Parametric Geometry Clemens Preisingerīelow: Straight aluminium rods of uniform length, arranged in a seemingly random fashion, form the load-bearing structure of the Salzburg Biennale music pavilion.
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