Flexo InForm
Assembly Pavilion for RILAB
Flexo InForm is an assembly pavilion derived from an innovative design processes oriented to geometric-material performance. The process developed begins with the parametric discretization of a complex geometry inspired by the weaving of natural fibers typical of the Argentine Littoral region. Simulation algorithms use active bending behavior as a design tool applied to structures that base their geometry on the elastic deformation of laminar elements. The result is a low-cost mono-material pavilion, self-supporting, adaptable to any terrain topography, low weight and fast assembly.
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Flexo InForm by Mauro Chiarella and Veizaga Gronda team
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Assembly Pavilion by Mauro Chiarella and Veizaga Gronda team
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Mauro Chiarella and Veizaga Gronda team Flexo InForm
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Mauro Chiarella and Veizaga Gronda team Assembly Pavilion
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Flexo InForm Assembly Pavilion Press Releases
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Flexo InForm Assembly Pavilion Media Articles
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Unique Properties
Flexo InForm is an Assembly Pavilion prototype derived from an experimental exercise in search of innovative design processes oriented to geometric-material performance. In our case, the active bending behavior is used as a design tool applied to structures that base their geometry on the elastic deformation of laminar elements. The algorithm developed improves the operational relationship between optimization and discretization processes of complex geometries; and a new structural performance
Tags
assembly pavilion, performance, parametric design, digital materiality
Production Technology
The process developed begins with the parametric discretization of a complex geometry built with 3mm multi laminated Guatambu wooden plates. The resulting flat tapes are flexed using a physical simulation algorithm to obtain a self-forming structural envelope which is then calibrated and unfolded to allow fabrication with CNC tools. The simple assembly of non-serialized components is carried out on site in three stages. Staking and organization of the tapes, joining the components and lifting the laminar envelope ending with instrumentation and bending adjustments for self-shaping of the self-supporting structure.
Design Challenge
The tradition in the calculation of structures is to limit the amount of bending in efforts to simplify the typological behavior of a system. Our proposal is to take advantage of the bending of a material to create complex and extremely light designs, achieving greater structural rigidity. For this challenge, it is necessary to create algorithms that control the admissible ranges, optimizing the geometric-material performance. Active bending is our design tool for creating self-supporting structures with complex geometries.
Project Duration
Flexo InForm was assembled in 2 hours and was available for 1 month for outdoor activities of students and professors of the Faculty of Architecture, Design and Urbanism of the National University of the Littoral (FADU-UNL, Santa Fe Argentina).
Operation Flow
The final shape of the Pavilion is just one of the many possible variations of the algorithm created. A range of pre-designed variables allows contextual adaptation of families of possible solutions. Discretization of complex geometries and CNC manufacturing enables simple and fast assembly of non-serial components by inexperienced users. The low weight of the structure allows mobility in a close radius and the flat belt assembly system and little packaging volume, guarantees its transportability over long distances.
Research
Flexo InForm is an Assembly Pavilion prototype derived from an experimental exercise in search of innovative design processes oriented to geometric-material performance. Physical evaluation and simulation algorithms use active bending behavior as a design tool applied to structures that base their geometry on the elastic deformation of laminar elements. The result is a low-cost mono-material pavilion; self-supporting; adaptable to any terrain topography (due to its tripartite support base and its structural dynamics); low weight and fast assembly. It is an Ecological, Reusable, Recyclable and Sustainable pavilion
Inspiration
The process developed begins with the parametric discretization of a complex geometry inspired by the weaving of natural fibers (wicker and rush) typical of the Argentine Littoral region. Its research objective is the creation of an innovative design process based on the generation of algorithms oriented to the performance of geometric materials.
Image Credits
Mauro CHIARELLA
Project Overview
Flexo InForm Assembly Pavilion has been a Golden winner in the Generative, Algorithmic, Parametric and AI-Assisted Design award category in the year 2020 organized by the prestigious A' Design Award & Competition. The Gold A' Design Award is granted to designs that demonstrate a high level of innovation and a significant impact on their intended audience. Recognized as a major achievement by the A' Design Awards, these designs are characterized by their visionary approach and the exceptional skill of their creators. Winners of the Gold A' Design Award are noted for their ability to push the envelope in art, science, design, and technology, delivering solutions that not only meet but exceed expectations. These designs serve as benchmarks for excellence, encouraging further innovation and inspiring future generations of designers.
Golden Recognition
Mauro Chiarella and Veizaga-Gronda team was recognized with the coveted Golden A' Design Award in 2021, a testament to excellence of their work Flexo InForm Assembly Pavilion.
Mauro Chiarella and Veizaga-Gronda team Press Releases
Discover Mauro Chiarella and Veizaga-Gronda team's journey through our press releases, available for all press members and journalists to use without restrictions. Journalists can access 1 press releases immediately, ready for your use.
Flexo InForm: A Groundbreaking Assembly Pavilion Prototype
Mauro Chiarella and Veizaga-Gronda team present Flexo InForm, an innovative assembly pavilion prototype, awarded the Golden A' Design Award in 2021.
Mauro Chiarella and Veizaga-Gronda team Newsroom
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