Architecture inspired by nature : experimenting bionics / María Rosa Cervera Sardá, Elena-Codina Dușoiu, Tana Nicoleta Lascu, editors.
Cervera Sardá, Ma. Rosa (María Rosa), editor.; Dușoiu, Elena-Codina, editor.; Lascu, Tana Nicoleta, editor.
2023
NA2543.B56
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Title Architecture inspired by nature : experimenting bionics / María Rosa Cervera Sardá, Elena-Codina Dușoiu, Tana Nicoleta Lascu, editors.
ISBN 9783031331442 (electronic bk.)
3031331443 (electronic bk.)
9783031331435
3031331435
DOI https://doi.org/10.1007/978-3-031-33144-2
Published Cham : Springer, 2023.
Language English
Description 1 online resource (xvi, 240 pages) : illustrations (some color)
Item Number 10.1007/978-3-031-33144-2 doi
Call Number NA2543.B56
Dewey Decimal Classification 720.47
Summary The book brings together the research completed during 10 editions of International Seminars of Bionics, organized by the School of Architecture of the University of Alcalá de Henares, Madrid, several of them in partnership with the "Ion Mincu" University of Architecture and Urbanism, Bucharest, carried out in Spain and in Romania. The articles here consider advanced bionic design principles, implementing them to an impressive variety of application fields, including, but not limited to, urban planning and landscape, public space, architecture and building structures, design and detailing, application of natural dynamic processes, bio-digital architecture, innovative materials based on living organisms (micro-algae), and nano-modified materials. A particular focus is given to light and perception of light. To illustrate the principles developed, this contributed volume includes descriptions and full-color images of the experimental projects created during the workshops held in the framework of these ISB meetings: Learning from Nature, Integrating Bionics (2009); Adaptability, Efficiency and Biostructures (2010); Bionics and Innovation (2011); Forms and Structures Inspired by Nature (2016, 2017); Furniture Inspired by Natural Models (2018); Relation between Structure and Envelope: Light Structures (2019); Light, from Nature to Architecture. Structures Inspired in Nature (2020); Light in Architecture and Design: A Bionic Perspective (2021); Sustainable Thinking and Bionics (2022).
Note Includes index.
Access Note Access limited to authorized users.
Source of Description Online resource; title from PDF title page (SpringerLink, viewed August 31, 2023).
Added Author Cervera Sardá, Ma. Rosa (María Rosa), editor.
Dușoiu, Elena-Codina, editor.
Lascu, Tana Nicoleta, editor.
Available in Other Form Print version: 9783031331435
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PART 1: Learning from Natural Structures: the Basis for a Bionic Approach
Chapter 1: Bio-Inspired Light Structural Systems: Micro-components of Nature
Chapter 2: Bionics and the Future of Tall Building Design
Chapter 3: FREI OTTO: LIGHT STRUCTURES INSPIRED BY NATURE EXPERIMENTS WITH PHYSICAL SELF-FORMING PROCESSES: SOAP SOLUTIONS, VISCOUS FLUIDS, BRANCHING STRUCTURES AND FUNICULAR FORMS
Chapter 4: Categories of Natural Principles and their Adaptation to Bionic Design
Chapter 5: The Bionic Paradigm of Light in Architecture and Design. From the Vision of Animals to Architectural Conception
Part 2: Establishing the Tools: Parametric and Biodigital Architectural Design
Chapter 6: Generative Bio-digital Architecture & Design
Chapter 7: Bionic Architecture and the Cyborg Culture
Chapter 8: The Potential of the Architectural Forms Derived from the Conoid
Chapter 9: The Challenge of Next Generation Machine Learning Algorithms for Architecture Design and Living Environment
Part 3: Studying Scales in Territory: Bionics and Landscape
Chapter 10: Landscape as Process - A Crossdisciplinary Integrated Approach
Chapter 11: Disruptive Biotop: Interstitial Space of Encounter between Architecture and the City
Chapter 12: Life on Earth. Reflections in Moments of Crisis
Chapter 13: Evolutionary Biophilic Concerns in the Landscape and the Relationship with the Future Society of Consciousness
Chapter 14: Nature – a Structural Element of Future Human Settlements? Biophilic City Approaches - Today's Priority: Transition from Design to Urban Planning and Policy-making
Chapter 15: Bionic Criteria for Sustainable Labelling of Buildings
Part 4: Researching on Materials: from Macro to Nano
Chapter 16: Micro-algae: the Industry of Future
Chapter 17: Cultivating Micro-Algae in Architecture: Towards a Zero Carbon print
Chapter 18: Nano-modified materials: Nano-Components for New Constructions and Technologies
Chapter 19: PET Residual Recycled Concrete and Bacteria Encapsulation Method for Achieving Post-Fire Self-Healing Concrete
Chapter 20: Adaptive and Bioinspired Materials: Cement-based materials with self-modulating and self-sensing properties
Chapter 21: Practising Bionics: Experimental workshops.

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