All city commissioned; Bilbao and Phaeno aimed for attraction; site by bridge - connecting; CAD, advanced materials
Guggenheim Museum Bilbao, Spain, 1991-97
1. No longer subject to the restrictive policies of Francisco Franco’s dictatorship, and hoping to combat the violent impression produced by underground terrorist groups demanding secession from Spain, the Basque government sought to ensure the region’s vigorous future by remaking its public identity. The officials thought an international institution of contemporary art would bring them newfound cultural prestige and a steady stream of tourism to Bilbao. The government and Guggenheim foundation selected Gehry’s innovative, dramatic and daring design for it fulfilled all the visions they had.
2. Built alongside the Nervion River in the old industrial heart of the city, the museum seamlessly integrated into the urban context, and serves as a transition between downtown and riverfront. The high visibility of the riverfront also allows a sculptural symbol for the city.
3. The interior of the building is designed around a large, light-filled atrium with views of Bilbao's estuary and the surrounding hills of the Basque country. It is more than 1.5 times the height of Wright’s Guggenheim rotunda. In addition to the giant, long, boat-shaped gallery, there are 18 other galleries for either living artists or dead ones. Half of which follow a classic orthogonal plan that can be identified from the exterior by their stone finishes. The remaining galleries are irregularly shaped and can be identified from the outside by their swirling organic forms and titanium cladding. Many of the galleries receive natural light through skylights, and supplemental light is provided modestly.
4. Spanish limestone is used for some of the exterior surfaces, but titanium is used to clad the more sculptural forms. The cost of the usually expensive material was reduced due to lucky economic coincidence and the use of a repetitive module of panels of titanium.
5. Frank Gehry’s Guggenheim Museum Bilbao not only changed the way that architects and people think about museums, but also boosted Bilbao's economy with its astounding success. In fact, the phenomenon of a city’s transformation following the construction of a significant piece of architecture is now referred to as the “Bilbao Effect.” Twenty years on, the Museum continues to challenge assumptions about the connections between art and architecture today.
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Phaeno Science Center, Wolfsburg, Germany, 1998-2005
2. The science center is located in Wolfsburg, home for Volkswagen, a company town since 1938.
1. It is a hands-on science museum built to broaden the city’s range of attractions. It is part of a series of cultural buildings that were built from the 50s in order to produce enough synergy and urban media to rescue the industrial city, as happened with Guggenheim Bilbao.
2.2 The 12000 m2 museum is located on a triangle site, in junction of the industrial area to the north and residential area to the south, adjacent to the railroad station and Volkswagen’s Autostadt theme park and factory. Its location against the canal create a connection between the two areas of the city, also let Hadid create a plaza on the south side, “a public terrain” facing the city.
3. The building is elevated above the ground with 10 concrete cones that are curving and canted structural elements of different sizes. By doing so, Hadid created a large, covered public space under the building, an extension of the outdoor plaza in front. Hadid set rhomboid-shaped lights into the underside of the building to prevent this artificial topography being too dark.
While all the cones are structural, they also contain functional space, such as gift store, auditorium, entrance hall, and cafe. Here, the structure becomes program. The open, uninterrupted interior is characterized by irregular and articulation of space, where there is a clear division of planes and spaces, but sudden openings between a wall and the other empty and referrals from unexpected perspectives. Large glass surfaces offer a panoramic view of the landscape.
4. The cantilevered volume is made of reinforced concrete, specified self-compacting concrete for the complex geometry and precast panels with openings for glazing, calculated with computer aid. The roof, exposed inside, is made of a grid of massive steel elements, cut by computer-controlled machinery.
5. As Hadid’s other motion-inspired projects, the architecture itself becomes the study in scientific potential. The organic form, being able to adapt and mold itself to the terrain, is made possible by curvilinear methodology that can corporate a multitudinous form without fragmentation, like in Gehry’s Bilbao Museum and Calatrava’s Milwaukee Museum.
6. The Phaeno Science Center is an intriguing hybrid that brings together the enduring notion of architecture as sculpture with a more contemporary search for expressing the dynamic relationships of an information-driven world.
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Milwaukee Art Museum, Quadracci Pavilion, Wisconxin, 1994-2001
1. Calatrava’s Quadracci Pavilion is a complex extended upon the existing War Memorial. It was designed as the entry and temporary exhibition space, also a complement and enhacement of the existing building and site.
2. The pavilion is built on the lakefront of Lake Michigan, occupying 7500 m2 of space. It forms a link between the city of Milwaukee and Michigan Lake, without disrupting the view of the water.
3. Movement from the War Memorial to the new pavilion is directed perpendicularly by an extended pedestrain bridge, which also connects the Museum to downtown.
4. The grand entrance hall is Calatrava’s postmodern interpretation of a Gothic Cathedral, complete with flying buttresses, pointed arches, ribbed vaults, and a central nave topped by a 90-foot-high glass roof.
4.2 Responding to the culture of the lake: the sailboats, the weather, the sense of motion and change, Calatrava designed the Burke Brise Soleil, forming a moveable sunscreen with a 217-foot wingspan.
4.3 The structure incorporates both cutting-edge technology and local craftsmanship. The hand-built structure was made largely by pouring concrete into customized wooden forms.
6. With this crowning element, the building becomes formal – completing the composition, functional – controlling the level of light, symbolic – opening to welcome visitors, and iconic – creating a memorable image for the Museum and the city.
Guggenheim Museum Bilbao, Spain, 1991-97
1. No longer subject to the restrictive policies of Francisco Franco’s dictatorship, and hoping to combat the violent impression produced by underground terrorist groups demanding secession from Spain, the Basque government sought to ensure the region’s vigorous future by remaking its public identity. The officials thought an international institution of contemporary art would bring them newfound cultural prestige and a steady stream of tourism to Bilbao. The government and Guggenheim foundation selected Gehry’s innovative, dramatic and daring design for it fulfilled all the visions they had.
2. Built alongside the Nervion River in the old industrial heart of the city, the museum seamlessly integrated into the urban context, and serves as a transition between downtown and riverfront. The high visibility of the riverfront also allows a sculptural symbol for the city.
3. The interior of the building is designed around a large, light-filled atrium with views of Bilbao's estuary and the surrounding hills of the Basque country. It is more than 1.5 times the height of Wright’s Guggenheim rotunda. In addition to the giant, long, boat-shaped gallery, there are 18 other galleries for either living artists or dead ones. Half of which follow a classic orthogonal plan that can be identified from the exterior by their stone finishes. The remaining galleries are irregularly shaped and can be identified from the outside by their swirling organic forms and titanium cladding. Many of the galleries receive natural light through skylights, and supplemental light is provided modestly.
4. Spanish limestone is used for some of the exterior surfaces, but titanium is used to clad the more sculptural forms. The cost of the usually expensive material was reduced due to lucky economic coincidence and the use of a repetitive module of panels of titanium.
5. Frank Gehry’s Guggenheim Museum Bilbao not only changed the way that architects and people think about museums, but also boosted Bilbao's economy with its astounding success. In fact, the phenomenon of a city’s transformation following the construction of a significant piece of architecture is now referred to as the “Bilbao Effect.” Twenty years on, the Museum continues to challenge assumptions about the connections between art and architecture today.
----------------------------------------------------------
Phaeno Science Center, Wolfsburg, Germany, 1998-2005
2. The science center is located in Wolfsburg, home for Volkswagen, a company town since 1938.
1. It is a hands-on science museum built to broaden the city’s range of attractions. It is part of a series of cultural buildings that were built from the 50s in order to produce enough synergy and urban media to rescue the industrial city, as happened with Guggenheim Bilbao.
2.2 The 12000 m2 museum is located on a triangle site, in junction of the industrial area to the north and residential area to the south, adjacent to the railroad station and Volkswagen’s Autostadt theme park and factory. Its location against the canal create a connection between the two areas of the city, also let Hadid create a plaza on the south side, “a public terrain” facing the city.
3. The building is elevated above the ground with 10 concrete cones that are curving and canted structural elements of different sizes. By doing so, Hadid created a large, covered public space under the building, an extension of the outdoor plaza in front. Hadid set rhomboid-shaped lights into the underside of the building to prevent this artificial topography being too dark.
While all the cones are structural, they also contain functional space, such as gift store, auditorium, entrance hall, and cafe. Here, the structure becomes program. The open, uninterrupted interior is characterized by irregular and articulation of space, where there is a clear division of planes and spaces, but sudden openings between a wall and the other empty and referrals from unexpected perspectives. Large glass surfaces offer a panoramic view of the landscape.
4. The cantilevered volume is made of reinforced concrete, specified self-compacting concrete for the complex geometry and precast panels with openings for glazing, calculated with computer aid. The roof, exposed inside, is made of a grid of massive steel elements, cut by computer-controlled machinery.
5. As Hadid’s other motion-inspired projects, the architecture itself becomes the study in scientific potential. The organic form, being able to adapt and mold itself to the terrain, is made possible by curvilinear methodology that can corporate a multitudinous form without fragmentation, like in Gehry’s Bilbao Museum and Calatrava’s Milwaukee Museum.
6. The Phaeno Science Center is an intriguing hybrid that brings together the enduring notion of architecture as sculpture with a more contemporary search for expressing the dynamic relationships of an information-driven world.
-----------------------------------------------
Milwaukee Art Museum, Quadracci Pavilion, Wisconxin, 1994-2001
1. Calatrava’s Quadracci Pavilion is a complex extended upon the existing War Memorial. It was designed as the entry and temporary exhibition space, also a complement and enhacement of the existing building and site.
2. The pavilion is built on the lakefront of Lake Michigan, occupying 7500 m2 of space. It forms a link between the city of Milwaukee and Michigan Lake, without disrupting the view of the water.
3. Movement from the War Memorial to the new pavilion is directed perpendicularly by an extended pedestrain bridge, which also connects the Museum to downtown.
4. The grand entrance hall is Calatrava’s postmodern interpretation of a Gothic Cathedral, complete with flying buttresses, pointed arches, ribbed vaults, and a central nave topped by a 90-foot-high glass roof.
4.2 Responding to the culture of the lake: the sailboats, the weather, the sense of motion and change, Calatrava designed the Burke Brise Soleil, forming a moveable sunscreen with a 217-foot wingspan.
4.3 The structure incorporates both cutting-edge technology and local craftsmanship. The hand-built structure was made largely by pouring concrete into customized wooden forms.
6. With this crowning element, the building becomes formal – completing the composition, functional – controlling the level of light, symbolic – opening to welcome visitors, and iconic – creating a memorable image for the Museum and the city.