The kinetic wall: A human and environmentally responsive facade. An educational approach in architecture

This article presents a framework for the design and functional prototype of a kinetic perforated panel wall that meets human thermal comfort and solar trajectory needs. The description of the framework is put forth as a potentially replicable exercise for architecture schools in Latin America. The...

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Principais autores: de Queiroz Nome, Natália, Carvalho, Jessica M, Vaz, Carlos Eduardo Verzola, Nome, Carlos Alejandro
Formato: Online
Idioma:spa
Publicado em: Universidad del Bío-Bío, Chile 2018
Acesso em linha:https://revistas.ubiobio.cl/index.php/AS/article/view/3330
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spelling oai:ojs.revistas.ubiobio.cl:article-33302019-07-31T15:11:49Z The kinetic wall: A human and environmentally responsive facade. An educational approach in architecture Pared cinética: Una fachada humana y ambientalmente responsiva. Un enfoque de educación en arquitectura de Queiroz Nome, Natália Carvalho, Jessica M Vaz, Carlos Eduardo Verzola Nome, Carlos Alejandro responsive architecture education kinetic facade parametric modeling shading arquitectura responsiva educación fachada cinética modelaje paramétrico sombreamiento This article presents a framework for the design and functional prototype of a kinetic perforated panel wall that meets human thermal comfort and solar trajectory needs. The description of the framework is put forth as a potentially replicable exercise for architecture schools in Latin America. The study narrows the gap between topics such as responsive architecture, and parametric and algorithmic modeling in the design of building envelopes. The result is a low-cost functional prototype, as well as the framework for a building design exercise that was subsequently discussed in a focus group of undergraduate and graduate students. The method contributes pedagogically to the discussion on the complexity of building envelope design and the introduction of automation, parametric modeling and scheduling in contemporary design exercises. Este artículo presenta la estructura conceptual (framework) del proyecto y del prototipo funcional de una pared cinética que responde a las necesidades de los seres humanos en términos de confort térmico y de la relación con la trayectoria solar. La descripción de la estructura conceptual es construida como un ejercicio potencialmente replicable en escuelas de arquitectura en América Latina. El estudio demuestra aproximaciones entre temas como “arquitectura responsiva”, modelaje paramétrico y algorítmico en el proyecto de envolturas arquitectónicas. El resultado es un prototipo funcional de bajo costo, como también la descripción de la estructura conceptual de un ejercicio de diseño edilicio, posteriormente discutido en un grupo focal con estudiantes de graduación y posgrado. El abordaje contribuye pedagógicamente a la discusión de la complejidad del diseño de los proyectos de edificios y a la introducción de la automatización, el modelaje paramétrico y la programación en ejercicios de diseño contemporáneo. O artigo apresenta o framework do projeto e um protótipo funcional de uma parede cinética responsiva ao homem e a tragetória solar. A descrição é apresentada como um exercício replicável para escolas de arquitetura na América Latina. O estudo permeia abordagens entre tópicos como arquitetura responsiva, modelagem paramétrica e algorítmica no projeto de envoltórias arquitetônicas. O resultado é um protótipo funcional de baixo custo e a descrição da estrutura de um exercício, posteriormente discutida em um grupo focal com estudantes de graduação e pós-graduação. A abordagem contribui pedagogicamente com a discussão da complexidade do projeto de edificações e a introdução de automação, modelagem paramétrica e programação em exercícios de design contemporâneos. Palavras-chave: arquitetura responsiva, educação, fachada cinética, modelagem paramétrica, sombreamento. Universidad del Bío-Bío, Chile 2018-12-31 info:eu-repo/semantics/article info:eu-repo/semantics/publishedVersion application/pdf https://revistas.ubiobio.cl/index.php/AS/article/view/3330 10.22320/07196466.2018.36.054.05 ARQUITECTURAS DEL SUR; V.36, N.54 (Diciembre 2018): SUSTENTABILIDAD Y RESILIENCIA EN LA ARQUITECTURA LATINOAMERICANA DEL SIGLO XXI; 58-69 ARQUITECTURAS DEL SUR; V.36, N.54 (December 2018): SUSTAINABILITY AND RESILIENCE IN 21ST CENTURY LATIN AMERICAN ARCHITECTURE; 58-69 ARQUITECTURAS DEL SUR; V.36, N.54 (Dezembro 2018): SUSTENTABILIDADE E RESILIÊNCIA NA ARQUITETURA LATINO-AMERICANA DO SÉCULO XXI; 58-69 0719-6466 0716-2677 spa https://revistas.ubiobio.cl/index.php/AS/article/view/3330/3511
institution Universidad del Bío-Bío
collection OJS
language spa
format Online
author de Queiroz Nome, Natália
Carvalho, Jessica M
Vaz, Carlos Eduardo Verzola
Nome, Carlos Alejandro
spellingShingle de Queiroz Nome, Natália
Carvalho, Jessica M
Vaz, Carlos Eduardo Verzola
Nome, Carlos Alejandro
The kinetic wall: A human and environmentally responsive facade. An educational approach in architecture
author_facet de Queiroz Nome, Natália
Carvalho, Jessica M
Vaz, Carlos Eduardo Verzola
Nome, Carlos Alejandro
author_sort de Queiroz Nome, Natália
title The kinetic wall: A human and environmentally responsive facade. An educational approach in architecture
title_short The kinetic wall: A human and environmentally responsive facade. An educational approach in architecture
title_full The kinetic wall: A human and environmentally responsive facade. An educational approach in architecture
title_fullStr The kinetic wall: A human and environmentally responsive facade. An educational approach in architecture
title_full_unstemmed The kinetic wall: A human and environmentally responsive facade. An educational approach in architecture
title_sort kinetic wall: a human and environmentally responsive facade. an educational approach in architecture
description This article presents a framework for the design and functional prototype of a kinetic perforated panel wall that meets human thermal comfort and solar trajectory needs. The description of the framework is put forth as a potentially replicable exercise for architecture schools in Latin America. The study narrows the gap between topics such as responsive architecture, and parametric and algorithmic modeling in the design of building envelopes. The result is a low-cost functional prototype, as well as the framework for a building design exercise that was subsequently discussed in a focus group of undergraduate and graduate students. The method contributes pedagogically to the discussion on the complexity of building envelope design and the introduction of automation, parametric modeling and scheduling in contemporary design exercises.
publisher Universidad del Bío-Bío, Chile
publishDate 2018
url https://revistas.ubiobio.cl/index.php/AS/article/view/3330
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