Application Bridges has 20 Pages.
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1
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Passerelle Prisma, Paris-La Défense/Bridges
Pedestrian bridges are popular examples of application for architectural wire mesh. The latter upgrades architecture and clings elegantly to the individual shape of the bridge.
E.P.A.D.
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2
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Passarela del Rio Negre, Lerida, Spanien/Bridges
The stainless steel mesh `Sambesi`, which is both elegant and stable, creates a balustrade for the pedestrian bridge that corresponds to the latter`s elegant vivacity.
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3
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Passerelle Solferino, Paris/Bridges
After decades, the pedestrian bridge Solferino was reconstructed in the framework of the major project `Grand Louvre` and now connects the Tuillerie Gardens of Louvre with Musée d`Orsay in the heart of the city. The stainless steel wire mesh has warp wires in the longitudinal direction of the bridge and thus underlines its elegant shape.
Marc Mimram
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4
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Brücke Solferino/Bridges
Passerelle Solferino in the heart of Paris is an especially elegant example of modern bridge design and of a special stainless steel wire mesh being used as a balustrade, thus emphasizing the shape of the bridge.
Marc Mimram
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5
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Brücke Solferino, Detail 1/Bridges
Despite its functionality as a means of protection against falling, the stainless steel wire mesh is also transparent and thus convinces by appearing very light.
Marc Mimram
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6
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Brücke Solferino, Detail 2/Bridges
Tensioning devices of the mesh panels
Marc Mimram
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7
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Brücke `Gänsehäufel` Wien/Bridges
This pedestrian bridge in Vienna leads to the town`s open air swimming area `Gänsehäufel`. The elegant stainless steel construction is clad in a special variant of the `Futura` type.
Wolfgang Holzhacker
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8
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Brücke `Gänsehäufel` Wien/Bridges
This pedestrian bridge in Vienna leads to the town`s open air swimming area `Gänsehäufel`. The elegant stainless steel construction is clad in a special variant of the `Futura` type.
Wolfgang Holzhacker
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9
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Brücke `Gänsehäufel` Wien/Bridges
Detailed photograph of the fastening technique
Wolfgang Holzhacker
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10
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Passerelle Solferino, Paris/Bridges
Fastening details: The single mesh panels are firmly tensioned with each other.
Marc Mimram
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11
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Passerelle Prisma, Paris-La Défense/Bridges
Pedestrian bridges are popular examples of application for architectural wire mesh. It upgrades architecture and elegantly clings to the respective shape.
E.P.A.D.
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12
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Passerelle Prisma, Paris-La Défense/Bridges
A special metallic fabric with different densities was designed for this project. The lower part of the fabric is opaque in order to avoid dizziness where as the upper part has an increasing transparency.
E.P.A.D.
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13
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Passerelle Prisma, Paris-La Défense/Bridges
Metallic fabrics create impressing light reflections.
E.P.A.D.
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14
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Helix Pedestrian Bridge, Seattle USA/Bridges
Connecting a hightech pharma company with the city of Seattle this futuristic pedestrian bridge is covered with 378 m² Tigris and 450 m² Lago. The stainless steel mesh is not only a shimmering design object but also protects the pedestrians from wind.
Johnson Architecture, Seattle, USA
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15
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Helix Pedestrian Bridge, Seattle USA/Bridges
Connecting a hightech pharma company with the city of Seattle this futuristic pedestrian bridge is covered with 378 m² Tigris and 450 m² Lago. The stainless steel mesh is not only a shimmering design object but also protects the pedestrians from wind.
Johnson Architecture, Seattle, USA
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16
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Helix Pedestrian Bridge, Seattle, USA/Bridges
Connecting a hightech pharma company with the city of Seattle this futuristic pedestrian bridge is covered with 378 m² Tigris and 450 m² Lago. The stainless steel mesh is not only a shimmering design object but also protects the pedestrians from wind.
Johnson Architecture, Seattle, USA
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17
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Helix Pedestrian Bridge, Seattle, USA/Bridges
Connecting a hightech pharma company with the city of Seattle this futuristic pedestrian bridge is covered with 378 m² Tigris and 450 m² Lago. The stainless steel mesh is not only a shimmering design object but also protects the pedestrians from wind.
Johnson Architecture, Seattle, USA
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18
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S-Bahnhof Wankdorf , Fahrleitungsschutz I/Bridges
mesh type Omega 1835 as protection against the contact wires at the bridge across the railway
Mühletaler
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19
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S-Bahnhof Wankdorf , Fahrleitungsschutz II/Bridges
detail
Mühletaler
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20
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S-Bahnhof Wankdorf , Fahrleitungsschutz III/Bridges
connection with springs at the ends of the bridge
Mühletaler
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