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STRUCTURAL GLASS FACADES - USC School of Architecture

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Figure 2.15 The spreader is the only compression element in this cable truss system<br />

(ASIDI). 73<br />

Figure 2.16 Cable trusses span between tubular steel infrastructure (ASIDI). 74<br />

Figure 2.17 UBS Tower,Chicago; flat cable net, Lohan Caprille Goetsch Architects (ASIDI).<br />

76<br />

Figure 2.18 A typical cable net clamp (AISD). 76<br />

Figure 2.19 Sea-Tac Airport, Seattle; double curved cable net, Fentress Bradburn Architects<br />

2005 (ASIDI). 77<br />

Figure 2.20 Glass fins are set perpendicular to the glass plane to resist lateral loads (ASIDI).<br />

78<br />

Figure 2.21 Splice plates at the fin sections act to tie point-fixed glass to fins (ASIDI). 79<br />

Figure 2.22 Center Pompidou, Paris; Rodgers and Piano architects, cast gerberettes on the<br />

production floor (Vincent n.d.). 80<br />

Figure 2.23 Wire rope diagram (Saftey Sling 2005). 84<br />

Figure 2.24 Float glass process diagram (Encyclopedia Britannica n.d.). 88<br />

Figure 2.25 Pilkington float glass plant in Moscow, completed 2006 (Bovis n.d.). 88<br />

Figure 2.26 Diagram <strong>of</strong> laminated glass (Viracon 2006). 92<br />

Figure 2.27 Diagram <strong>of</strong> insulated glass unit (IGU) (Viracon 2006). 95<br />

xiv

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