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    <channel>        <title>Danny te Kloese&#039;s Photos</title>
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        <pubDate>Tue, 20 Feb 2024 12:07:14 +0000</pubDate>
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            <title>Danny te Kloese&#039;s Photos</title>
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                        <title>Oscilating Ridges</title>
            <link>https://www.grasshopper3d.com/photo/oscilating-ridges-7?context=user</link>
                            <description>
                
            by Danny te Kloese The aluminium pavilion was designed and constructed for the Digital Design Production course given at the EPFL by Paul Ehret and Philipp Eversmann.

The pavilion visual and technical design has all been done under grasshopper. The pieces have cut out of planar aluminium sheets with the help of a waterjet and have been folded in order to obtain their final aspect. Each wall consists of 70 differnt pieces which have been assembled together with an unique joint.</description>
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                <atom:name>Danny te Kloese</atom:name>
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                        <title>Oscilating Ridges</title>
            <link>https://www.grasshopper3d.com/photo/oscilating-ridges-6?context=user</link>
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            by Danny te Kloese The aluminium pavilion was designed and constructed for the Digital Design Production course given at the EPFL by Paul Ehret and Philipp Eversmann.

The pavilion visual and technical design has all been done under grasshopper. The pieces have cut out of planar aluminium sheets with the help of a waterjet and have been folded in order to obtain their final aspect. Each wall consists of 70 differnt pieces which have been assembled together with an unique joint.</description>
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                <atom:name>Danny te Kloese</atom:name>
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                        <title>Oscilating Ridges</title>
            <link>https://www.grasshopper3d.com/photo/oscilating-ridges-5?context=user</link>
                            <description>
                
            by Danny te Kloese The aluminium pavilion was designed and constructed for the Digital Design Production course given at the EPFL by Paul Ehret and Philipp Eversmann.

The pavilion visual and technical design has all been done under grasshopper. The pieces have cut out of planar aluminium sheets with the help of a waterjet and have been folded in order to obtain their final aspect. Each wall consists of 70 differnt pieces which have been assembled together with an unique joint.</description>
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                <atom:name>Danny te Kloese</atom:name>
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                        <title>Oscilating Ridges</title>
            <link>https://www.grasshopper3d.com/photo/oscilating-ridges-4?context=user</link>
                            <description>
                
            by Danny te Kloese The aluminium pavilion was designed and constructed for the Digital Design Production course given at the EPFL by Paul Ehret and Philipp Eversmann.

The pavilion visual and technical design has all been done under grasshopper. The pieces have cut out of planar aluminium sheets with the help of a waterjet and have been folded in order to obtain their final aspect. Each wall consists of 70 differnt pieces which have been assembled together with an unique joint.</description>
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                <atom:name>Danny te Kloese</atom:name>
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                        <title>Oscilating Ridges</title>
            <link>https://www.grasshopper3d.com/photo/oscilating-ridges-3?context=user</link>
                            <description>
                
            by Danny te Kloese The aluminium pavilion was designed and constructed for the Digital Design Production course given at the EPFL by Paul Ehret and Philipp Eversmann.

The pavilion visual and technical design has all been done under grasshopper. The pieces have cut out of planar aluminium sheets with the help of a waterjet and have been folded in order to obtain their final aspect. Each wall consists of 70 differnt pieces which have been assembled together with an unique joint.</description>
                        <media:content url="https://storage.ning.com/topology/rest/1.0/file/get/2708830687?profile=RESIZE_930x&amp;width=800&amp;format=jpg" type="image/jpeg" height="" width=""/>
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                <atom:name>Danny te Kloese</atom:name>
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                        <title>Oscilating Ridges</title>
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                            <description>
                
            by Danny te Kloese The aluminium pavilion was designed and constructed for the Digital Design Production course given at the EPFL by Paul Ehret and Philipp Eversmann.

The pavilion visual and technical design has all been done under grasshopper. The pieces have cut out of planar aluminium sheets with the help of a waterjet and have been folded in order to obtain their final aspect. Each wall consists of 70 differnt pieces which have been assembled together with an unique joint.</description>
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                <atom:name>Danny te Kloese</atom:name>
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                        <title>Oscilating Ridges</title>
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                            <description>
                
            by Danny te Kloese The aluminium pavilion was designed and constructed for the Digital Design Production course given at the EPFL by Paul Ehret and Philipp Eversmann.

The pavilion visual and technical design has all been done under grasshopper. The pieces have cut out of planar aluminium sheets with the help of a waterjet and have been folded in order to obtain their final aspect. Each wall consists of 70 differnt pieces which have been assembled together with an unique joint.</description>
                        <media:content url="https://storage.ning.com/topology/rest/1.0/file/get/2708830608?profile=RESIZE_930x&amp;width=800&amp;format=jpg" type="image/jpeg" height="" width=""/>
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                <atom:name>Danny te Kloese</atom:name>
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                        <title>Oscilating Ridges</title>
            <link>https://www.grasshopper3d.com/photo/oscilating-ridges?context=user</link>
                            <description>
                
            by Danny te Kloese The aluminium pavilion was designed and constructed for the Digital Design Production course given at the EPFL by Paul Ehret and Philipp Eversmann.

The pavilion visual and technical design has all been done under grasshopper. The pieces have cut out of planar aluminium sheets with the help of a waterjet and have been folded in order to obtain their final aspect. Each wall consists of 70 differnt pieces which have been assembled together with an unique joint.</description>
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