“FLEXO.IN-FORM”: INTEGRATING PROCESSES IN BENDING-ACTIVE LAMINARY ENVELOPES

“FLEXO.IN-FORM”: INTEGRATING PROCESSES IN BENDING-ACTIVE LAMINARY ENVELOPES

This article presents an experimental exercise to Bending-Active (FA): “Flexo.In-Form”, whose objective is to use flexion behavior as a design tool based on work applied to structures that base their geometry on the elastic deformation of initially flat laminar elements. In this sense, the AF is pre...

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Autor principal: Gronda, María Luciana; CONICET, FADU-UNL
Formato: Online
Idioma:spa
Publicado em: Instituto de Investigaciones Tecnológicas para el Diseño Ambiental del Hábitat Humano 2019
Acesso em linha:https://revistas.unne.edu.ar/index.php/arq/article/view/4145
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spelling oai:ojs.revistas.unne.edu.ar:article-41452020-06-23T12:05:59Z “FLEXO.IN-FORM”: INTEGRATING PROCESSES IN BENDING-ACTIVE LAMINARY ENVELOPES “FLEXO.IN-FORM”: PROCESOS INTEGRADORES EN ENVOLVENTES LAMINARES A FLEXIÓN ACTIVA Gronda, María Luciana; CONICET, FADU-UNL Performance Form-Finding Parametric Design Physics Simulation Digital Fabrication Desempeño “Form-finding’’ Diseño Paramétrico Simulación física Fabricación Digital This article presents an experimental exercise to Bending-Active (FA): “Flexo.In-Form”, whose objective is to use flexion behavior as a design tool based on work applied to structures that base their geometry on the elastic deformation of initially flat laminar elements. In this sense, the AF is presented as the instrumentalization of one of the - "new'' - capacities inscribed in the Digital Materiality (MD) from a Performance-Based Design Approach (EDOD) - and not as a predefined structural typology - and opens possibilities for the design of curved architectural envelopes. The methodological proposal is based on the "form-finding", analog-digital, as an EDOD. In instrumental terms, parametric modeling -o f algorithmic mathematical logic-, digital simulation -for the prediction of physical behavior-, the evaluation of computational numerical calculation, and finally, CNC manufacturing operates by gathering the instances of ideation, simulation, analysis and manufacturing from a continuous logic that feeds back and informs the model from the data obtained at each moment. In this sense, empiricalanalytical experimentation is digitally amplified through Integrative Processes (IP) that constitute new procedures and approaches to rethink ideation processes and open multiple possibilities to emancipate - from the modern paradigm - the material condition in architecture. En este artículo se presenta un ejercicio experimental a Flexión Activa (FA): “Flexo.In-Form”, cuyo objetivo consiste en utilizar el comportamiento a la flexión como herramienta de diseño a partir del trabajo aplicado a estructuras que basan su geometría en la deformación elástica de elementos inicialmente planos. La FA se define como la instrumentalización de una de las - “nuevas”- capacidades inscriptas en la Materialidad Digital (MD) desde un Enfoque de Diseño Orientado al Desempeño (EDOD) y no como una tipología estructural predefinida. La propuesta metodológica se fundamenta en el “form-finding”, analógico-digital, como un EDOD. En términos instrumentales, el modelado paramétrico -de lógica matemático algorítmica-, la simulación digital -para la predicción del comportamiento físico-, la evaluación de cálculo numérico computacional, y finalmente, la fabricación CNC operan reuniendo las instancias de ideación, simulación, análisis y fabricación desde una lógica continua que re-in-forma el modelo a partir de los datos obtenidos en cada momento. En este sentido, la experimentación empírico-analítica es amplificada digitalmente mediante Procesos Integradores (PI) que constituyen nuevos procedimientos y formas de abordaje para repensar los procesos de ideación y abren múltiples posibilidades para emancipar del paradigma moderno la condición material en arquitectura. Instituto de Investigaciones Tecnológicas para el Diseño Ambiental del Hábitat Humano 2019-11-27 info:eu-repo/semantics/article info:eu-repo/semantics/publishedVersion application/pdf https://revistas.unne.edu.ar/index.php/arq/article/view/4145 10.30972/arq.0144145 Arquitecno; Núm. 14 (2019); 5-13 2683-9881 0328-0896 spa https://revistas.unne.edu.ar/index.php/arq/article/view/4145/3781 Copyright (c) 2019 Arquitecno https://creativecommons.org/licenses/by-nc/4.0
institution Universidad Nacional del Nordeste
collection OJS
language spa
format Online
author Gronda, María Luciana; CONICET, FADU-UNL
spellingShingle Gronda, María Luciana; CONICET, FADU-UNL
“FLEXO.IN-FORM”: INTEGRATING PROCESSES IN BENDING-ACTIVE LAMINARY ENVELOPES
author_facet Gronda, María Luciana; CONICET, FADU-UNL
author_sort Gronda, María Luciana; CONICET, FADU-UNL
title “FLEXO.IN-FORM”: INTEGRATING PROCESSES IN BENDING-ACTIVE LAMINARY ENVELOPES
title_short “FLEXO.IN-FORM”: INTEGRATING PROCESSES IN BENDING-ACTIVE LAMINARY ENVELOPES
title_full “FLEXO.IN-FORM”: INTEGRATING PROCESSES IN BENDING-ACTIVE LAMINARY ENVELOPES
title_fullStr “FLEXO.IN-FORM”: INTEGRATING PROCESSES IN BENDING-ACTIVE LAMINARY ENVELOPES
title_full_unstemmed “FLEXO.IN-FORM”: INTEGRATING PROCESSES IN BENDING-ACTIVE LAMINARY ENVELOPES
title_sort “flexo.in-form”: integrating processes in bending-active laminary envelopes
description This article presents an experimental exercise to Bending-Active (FA): “Flexo.In-Form”, whose objective is to use flexion behavior as a design tool based on work applied to structures that base their geometry on the elastic deformation of initially flat laminar elements. In this sense, the AF is presented as the instrumentalization of one of the - "new'' - capacities inscribed in the Digital Materiality (MD) from a Performance-Based Design Approach (EDOD) - and not as a predefined structural typology - and opens possibilities for the design of curved architectural envelopes. The methodological proposal is based on the "form-finding", analog-digital, as an EDOD. In instrumental terms, parametric modeling -o f algorithmic mathematical logic-, digital simulation -for the prediction of physical behavior-, the evaluation of computational numerical calculation, and finally, CNC manufacturing operates by gathering the instances of ideation, simulation, analysis and manufacturing from a continuous logic that feeds back and informs the model from the data obtained at each moment. In this sense, empiricalanalytical experimentation is digitally amplified through Integrative Processes (IP) that constitute new procedures and approaches to rethink ideation processes and open multiple possibilities to emancipate - from the modern paradigm - the material condition in architecture.
publisher Instituto de Investigaciones Tecnológicas para el Diseño Ambiental del Hábitat Humano
publishDate 2019
url https://revistas.unne.edu.ar/index.php/arq/article/view/4145
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