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    <channel>        <title>stephanie chaltiel&#039;s Photos</title>
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        <pubDate>Sat, 03 Feb 2024 03:49:37 +0000</pubDate>
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                        <title>High rise heterogeneous membrane. Passive cooling devices</title>
            <link>https://www.grasshopper3d.com/photo/high-rise-heterogeneous-10?context=user</link>
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            by stephanie chaltiel Diagram of the overall study</description>
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                        <title>High rise heterogeneous membrane. Passive cooling devices</title>
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            by stephanie chaltiel Compoent T.5 accelerates the wind in the upper North West part, where the wind is more intense by narrowing its stream.</description>
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                        <title>High rise heterogeneous membrane. Passive cooling devices</title>
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            by stephanie chaltiel Different positions and configurations of component T.4 according to the climatic data.</description>
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                        <title>High rise heterogeneous membrane. Passive cooling devices</title>
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            by stephanie chaltiel Compoent T.4. Double movement of the fabric. When it gets hot the compoents opens up through a double movement to allow more air to go through.
Passive cooling</description>
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            by stephanie chaltiel Bi-metal strip elatic fabric types of compoent.</description>
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                        <title>High rise heterogeneous membrane. Passive cooling devices</title>
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            by stephanie chaltiel Solar analysis. Ranges of color for ranges of values.</description>
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                        <title>High rise heterogeneous membrane. Passive cooling devices</title>
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            by stephanie chaltiel irradiation - Ecotect analysis- values exported into spreadsheet</description>
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            by stephanie chaltiel One geometry 3D printed with a smoothed component applied</description>
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            by stephanie chaltiel Wind analysis</description>
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            by stephanie chaltiel parametrics. One component proliferated on the tower skin.</description>
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            by stephanie chaltiel Form Findings experiments to get the overall volume of the tower</description>
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