advanced building skins 14 | 15 June 2012 - lamp.tugraz.at - Graz ...

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Prof. Dr.nat.techn. Oliver Englhardt Institute of Building Construction Graz University of Technology Copyright © with the authors. All rights reserved. Table of Contents Keynote Speakers Werner Sobek Building Skins of the Future Manuelle Gautrand Re-enchant the City Jürgen Bartenschlag (Sauerbruch Hutton) Stefan Holst (Transsolar) - 1 - How to Practice Sustainable Design in a Cultural Context Adaptive Skin – High Comfort – Low Impact Integrated Concepts for Low Energy Buildings Accepted Papers for the Conference Advanced Building Skins 2012 Number Author Title of Paper ABS_01 Rene Ziegler Benjamin Schneider Udo Ribbe ABS_02 Wolfgang Rieder ABS_03 Michael Reifer ABS_04 Thomas Ries ABS_05 Alexander Schiftner ABS_06 Hanno Stehling Fabian Scheurer Full Paper Availability Construction Aware Design Thinking Paper on CD Appeal vs. Economy. Thermal Activation and Monolithic 3D-elements as Innovations in the Field of Glassfibre Reinforced Concrete Facades Geometric Complexity and the Impact on Metal and Sheetmetal Manufacturing Processes Plastic Materials in Facade Applications The Oskar von Miller Tower Construction-aware Design of Freeform Facades - - Paper on CD Waved Wooden Wall Paper on CD -
ABS_07 Lucio Blandini Timo Schmidt Thomas Winterstetter Werner Sobek ABS_08 Johann Sischka ABS_09 Iris Maniatis, Barbara Siebert ABS_10 Stephan Messner ABS_11 ABS_12 ABS_13 Bernhard Weller Sebastian Horn Torben Valdbjorn Rasmussen Gerardo Wadel Pol Alonso Joan-Luis Zamora Pablo Garrido ABS_14 Roman Smutny ABS_15 Alexander Passer Thomas Mach Helmuth Kreiner Peter Maydl ABS_16 Christian Eckhardt ABS_17 ABS_18 ABS_19 Stefan Schäfer Scholeh Abedini Frederic Bäcker Christian Ludwig Christina Pardal March Oriol Paris Ignacio Paricio Andreas Trummer Felix Amtsberg Franz Forstlechner Stefan Peters Advanced Building Skins The Enzo Ferrari Museum, Modena Engineering a Freeform Skin Freeform Architecture, from Concept to Completion A Transparent Facade Concept for the Redesign of an Existing Office Building Multifunctional Facade System for Efficient Modernisation of Existing Buildings Energy-oriented Facade-Renovation of Architectural Monuments - 2 - Paper on CD - Paper on CD Paper on CD Paper on CD Novel Protection Against Radon Paper on CD Prototype of the New Lightweight Modular Facade FB720: Report on the Life Cycle Analysis of the Materials Used and their Effects. A Case Study Life Cycle Performance of Building Skins. LCA of Insulation Materials Comparing Passive Houses and Low Energy Houses Predictable Sustainability? The Role of Building Certification in the Design of Innovative Facades Well Formed, Wrinkled, Rippled – Interesting Skins with New Materials Geometric Figures and Potential Component Families of Metal Sheets for the Use in Architecture The Inner Skin of the Ventilated Facade Beyond Parametric Design – New Approach to Robotic Employment for Freeformed Surfaces and Shell Structures Paper on CD Paper on CD Paper on CD Paper on CD Paper on CD Paper on CD Paper on CD ABS_20 Andrei Gheorghe Breathable Glass Facade Paper on CD
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Page 7 and 8: Prof. Dr.nat.techn. Oliver Englhard
Page 9 and 10: Advanced Building Skins Figure 3: A
Page 11 and 12: 2.2 Geometrical Processing Advanced
Page 13 and 14: 3 Digital Data Advanced Building Sk
Page 15 and 16: 4 References Advanced Building Skin
Page 17 and 18: Advanced Building Skins 2 The Creat
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Page 25 and 26: 2.1 Maintenance Advanced Building S
Page 27 and 28: 4.2 Fire Protection Advanced Buildi
Page 29 and 30: 7 Acknowledgements Advanced Buildin
Page 31 and 32: 2 Cable-Stayed Glass Façade Advanc
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Page 43 and 44: Prof. Dr.nat.techn. Oliver Englhard
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Page 47 and 48: 4.1 Schüco Aluminium Window System
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2.2 Variety of Solutions Advanced B
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Advanced Building Skins Air exchang
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Advanced Building Skins Bq/m 3 in t
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Advanced Building Skins Usually the
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Advanced Building Skins Figure 5: T
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10 References Advanced Building Ski
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Advanced Building Skins Figure 1: P
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Advanced Building Skins Likewise, a
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3.2 Method Advanced Building Skins
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Advanced Building Skins 3.4 Sensiti
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Advanced Building Skins Figure 9: V
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Prof. Dr.nat.techn. Oliver Englhard
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Advanced Building Skins Planning te
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Insulation material Glass wool boar
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Primary energy, non renewable kWh p
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Advanced Building Skins timber fram
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Advanced Building Skins Figure 1: C
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Advanced Building Skins 2.1 Interna
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2.2.2 ÖGNB (TQB) Advanced Building
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Advanced Building Skins Again the p
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Advanced Building Skins Table 1: As
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Advanced Building Skins [6] Interna
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3 Examples 3.1 Reiss Façade, Londo
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Advanced Building Skins properties
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Advanced Building Skins tensile str
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Advanced Building Skins Deep drawin
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Advanced Building Skins Ellipsoid o
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Advanced Building Skins 4.3 Creatio
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Advanced Building Skins Figure 2: N
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Advanced Building Skins Of the two
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Advanced Building Skins correspond
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8 References Advanced Building Skin
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Advanced Building Skins 1 Shells in
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a) A.3a. Selection of segments A.4a
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4.1 Material Properties Advanced Bu
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5 Connecting Methods Advanced Build
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5 Innovative Material Use 5.1 Struc
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Advanced Building Skins Figure 5: S
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8 Conclusion Advanced Building Skin
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2.2 Contact Materials Advanced Buil
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3.1 Rectangular Glass Fins Advanced
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Advanced Building Skins Figure 9 sh
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Advanced Building Skins 3 Design Me
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Advanced Building Skins This compar
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Advanced Building Skins weight plus
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Advanced Building Skins For the fra
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8 References Advanced Building Skin
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Advanced Building Skins round court
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Advanced Building Skins 4 Cone 5 -
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Advanced Building Skins Y Z Figure
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1.2 Mapping Advanced Building Skins
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Advanced Building Skins Figure 2: A
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Advanced Building Skins In addition
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Advanced Building Skins process und
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Advanced Building Skins does not co
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Advanced Building Skins such materi
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Advanced Building Skins reduced. Th
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Advanced Building Skins Due to its
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Advanced Building Skins Compared t
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Test number Inlet temperature [°C]
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Advanced Building Skins The next se
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Rdd [-] 0.50 0.45 0.40 0.35 0.30 0.
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E [kWh/m²/ ° Advanced Building Sk
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+110 +100 West +80 +120 +70 +60 +13
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3 Summary Advanced Building Skins T
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1 Introduction Advanced Building Sk
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Advanced Building Skins facade. The
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5 Photometric investigations Advanc
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1.3 A Closed Facade Area of 32 % Ad
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Advanced Building Skins 1.5 Closed-
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Advanced Building Skins Second Part
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Advanced Building Skins This assump
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Advanced Building Skins The require
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Advanced Building Skins Figure 9: I
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Advanced Building Skins Figure 3: K
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Advanced Building Skins Hartenaugas
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Advanced Building Skins 2.2 Determi
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Performance Condition Advanced Buil
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Advanced Building Skins 5 Cable Net
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5.4 Glass Clamp Connector Advanced
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Advanced Building Skins Figure 14:
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Advanced Building Skins elasto-plas
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Example projects include: Advanced
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Advanced Building Skins Figure 4: L
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Advanced Building Skins Language ba
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3 Summary and Conclusion Advanced B
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GENERAL PROPERTIES WEIGHT MORPHABIL
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Advanced Building Skins Regarding t
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Advanced Building Skins applied to
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4 Comparison Advanced Building Skin
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5 Conclusion Advanced Building Skin
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Advanced Building Skins Façades a
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Advanced Building Skins The deforma
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Advanced Building Skins In this cas
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Advanced Building Skins The interna
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Advanced Building Skins Because the
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Advanced Building Skins designers.
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Advanced Building Skins anchor poin
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Advanced Building Skins In a first
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