Castellar del Vallés, Barcelona : Architect publications, 2019.
395 p. : il.
Ed. bilingüe inglés – español.
/ EN / ES / Arquitectura sostenible / Diseño arquitectónico / Rascacielos
📘 Ed. impresa: ISBN 9788494750465
Cita APA-7: Cervera, Maria Rosa (2019). Bionics, biomimicry and architecture : learning from nature = Biónica, biomimética y arquitectura : aprendiendo de la naturaleza. Architect publications.
ehuBiblioteka BCG A-72:504 BIO
https://ehu.on.worldcat.org/oclc/1123190675
[.es] La Ciencia Biónica y la Biomimética crean un puente entre el mundo natural y la construcción contemporánea, en una simbiosis revolucionaria que pone en armonía tecnología y naturaleza. Este libro aborda el grueso de la investigación en las estructuras y estrategias compositivas naturales y como de su análisis se obtiene conclusiones a una arquitectura sostenible y una urbanización innovadora a partir de la naturaleza.
[.en] Bionics is a modern, interdisciplinary science that first emerged in the mid 20th century, combining the study of natural sciences with engineering and technical sciences. The aim is to synthesize knowledge derived from the analysis of natural forms and systems. Since becoming a partnership in 1979, Cervera & Pioz have worked to develop new architecture and city-planning proposals inspired by an integral understanding of the logical principles of flexibility, adaptability, and energy-efficiency that are prevalent in all natural species. In 1985 the firm started to experiment with complex and dynamic structures resulting in several revolutionary projects. In 1992, they began their research into biological structures in nature and their application to modern structural engineering and architecture. A direct result of these studies was the discovery of a new concept of structure and construction: Bio-Structure.
[.en] Bionics is a modern, interdisciplinary science that first emerged in the mid 20th century, combining the study of natural sciences with engineering and technical sciences. The aim is to synthesize knowledge derived from the analysis of natural forms and systems. Since becoming a partnership in 1979, Cervera & Pioz have worked to develop new architecture and city-planning proposals inspired by an integral understanding of the logical principles of flexibility, adaptability, and energy-efficiency that are prevalent in all natural species. In 1985 the firm started to experiment with complex and dynamic structures resulting in several revolutionary projects. In 1992, they began their research into biological structures in nature and their application to modern structural engineering and architecture. A direct result of these studies was the discovery of a new concept of structure and construction: Bio-Structure.
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