MOVE : : Architecture in Motion - Dynamic Components and Elements / / Oliver Schaeffer, Michael-Marcus Vogt, Michael Schumacher.

Dass dynamische Bauteile und adaptive Bauelemente in der aktuellen Architektur an Bedeutung gewinnen, geschieht nicht nur des visuellen Effekts wegen. Wenn Architekten und Ingenieure sich immer mehr mit dem Thema Bewegung – sei es beispielsweise als nachgeführte Solarzelle, als versenkbare Wand oder...

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Bibliographic Details
Superior document:Title is part of eBook package: De Gruyter DGBA Architecture, Design and Arts 2000 - 2014
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Place / Publishing House:Basel : : Birkhäuser, , [2012]
©2010
Year of Publication:2012
Language:English
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Physical Description:1 online resource (248 p.)
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Table of Contents:
  • Frontmatter
  • Contents
  • Preface
  • The poetics of movement in architecture
  • A Theory and planning
  • 1 Movement in space and the movement of objects
  • 1.1 Exploring space – Creating space – Dancing space
  • 1.2 The dynamics of nature
  • 1.3 Motion in photography and film
  • 1.4 On the relationship between robots and space
  • 2 Movement and construction principles
  • 2.1 The principles of designing movement
  • 2.2 The principles of mechanics
  • 2.3 Scale and complexity of systems
  • 2.4 Typologies of movement
  • 2.5 Choosing materials
  • 2.6 High-strength and flexible materials
  • 2.7 Movable loadbearing structures
  • 2.8 Movable connections
  • 2.9 Actuators
  • 2.10 Measuring, controlling, regulating
  • 2.11 Planning guidelines and legal frameworks
  • 3 Future movement strategies
  • 3.1 Making use of changing states of matter
  • 3.2 Changing colours, forms and properties
  • 3.3 Smart Structures
  • 3.4 Growth
  • B. Applications and functions
  • 1 Changing and extending uses and functions
  • 1.1 Variable walls
  • 1.2 Variable room elements
  • 1.3 Opening the building envelope
  • 1.4 Mobile and movable building envelopes
  • 2 Conserving and generating energy
  • 2.1 Architecture, movement and energy
  • 2.2 The principle of efficiency
  • 2.3 Solar gain in context
  • 2.4 Factor 1.4 – The potential of movement for solar gain
  • 2.5 Daylight direction using moving deflectors
  • 3 Interaction: Recognizing, controlling and representing movement
  • 3.1 Elevators and conveyors
  • 3.2 Recognizing and representing movement
  • C. Buildings and building elements
  • Swivel
  • Church of the Sacred Heart
  • BMW Training Academy
  • Ernsting’s Family Distribution Depot
  • Lakeside Stage
  • F House
  • Genzyme Headquarters
  • Wind Silos
  • Rotate
  • Rotatable Housing Cube
  • Council House 2
  • Lakefront Supportive Housing
  • Flap
  • Quadracci Pavilion
  • Leaf Chapel
  • Palatinate Cellar
  • BRAUN Headquarters
  • m.poli Kiosk
  • Shop Entrance
  • House No 19
  • BDA Wechselraum Gallery
  • Slide
  • EWE Arena
  • Meridian Buildings, Astrophysical Institute
  • Sliding House
  • Weekend House
  • Metro Station Saint-Lazare
  • Spielbudenplatz
  • Living Room
  • Theresienwiese Service Centre
  • Fold
  • House at the Milsertor
  • Horizon House
  • St. Ingbert Town Hall
  • Kiefer Technik Showroom
  • Fabio’s Restaurant
  • Erika Mann Primary School
  • Expand and contract
  • Hoberman Arch
  • Rolling Bridge
  • Rebgässli Housing Development
  • Gather and roll up
  • Riva Waterfront Promenade
  • Houses on Hohenbühlstrasse
  • 47°40'48"N/13°8'12"E House
  • Pneumatic
  • South Campus of the Art Center College of Design
  • About the authors and contributors
  • Bibliography
  • Illustration credits
  • Sponsoring companies
  • Colophon