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

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Advanced Building Skins Figure 6: Visualisation top station The challenge in this project lay in the development and planning of wide-spanning, self-supporting shell structures. After determining the form, the next step was to determine the profile dimensions and then to agree on an optimum solution after considering the economic and business perspectives. Due to manufacturing reasons, the central connecting elements of the skeleton structure were solid steel nodes. Figure 7: Rhino – Model of top station With specialised software („Rhino“), the basis for the finishing of the nodes, glass sections and steel construction planning could be performed. As the Funicular Railway lies directly on the coast of Baku which is well known for its strong winds, a wind assessment needed to be completed beforehand. The engineering as well as the construction were all completed in Austria. The entire construction was disassembled into containers and then reassembled and then transported by truck to Baku. A particular hurdle turned out to be the interface between the substructure calculations onsite and those planned. - 5 -
Advanced Building Skins Language barrier, local attitude and high inaccuracies in construction were additional challenges in this project that is now in its completion phase. Technical data (Top- und Valley station): Total enveloping surface approx. 1,400 m² Glass approx. 1,900 pieces Number solid steel nodes approx. 900 pieces Total tonnage steel approx. 200 t Figure 8: Solid steel node Figure 9: Assembly valley station - 6 -
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advanced building skins 14 | 15 Jun
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Editorial advanced building skins -
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ABS_07 Lucio Blandini Timo Schmidt
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Prof. Dr.nat.techn. Oliver Englhard
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Advanced Building Skins Figure 3: A
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2.2 Geometrical Processing Advanced
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3 Digital Data Advanced Building Sk
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4 References Advanced Building Skin
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Advanced Building Skins 2 The Creat
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Advanced Building Skins Figure 5: f
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Advanced Building Skins The next st
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Advanced Building Skins The Kilden
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2.1 Maintenance Advanced Building S
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4.2 Fire Protection Advanced Buildi
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7 Acknowledgements Advanced Buildin
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2 Cable-Stayed Glass Façade Advanc
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Advanced Building Skins The outer s
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Advanced Building Skins Figure 10:
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Advanced Building Skins Figure 1 a
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Advanced Building Skins Figure 5: S
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Advanced Building Skins Figure 11:
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Advanced Building Skins Figure 2: H
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4.1 Schüco Aluminium Window System
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Advanced Building Skins 5 Installat
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Advanced Building Skins Figure 1: B
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Advanced Building Skins Another pro
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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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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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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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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
Page 205 and 206: 3 Summary Advanced Building Skins T
Page 207 and 208: 1 Introduction Advanced Building Sk
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Page 213 and 214: 5 Photometric investigations Advanc
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Page 245 and 246: Advanced Building Skins 5 Cable Net
Page 247 and 248: 5.4 Glass Clamp Connector Advanced
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Page 253 and 254: Example projects include: Advanced
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Page 259 and 260: 3 Summary and Conclusion Advanced B
Page 261 and 262: GENERAL PROPERTIES WEIGHT MORPHABIL
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