Palmanova Palmanova (Friulian: Palme) is a town and comune in northeastern Italy, close to the border with Slovenia. It is located 20 km from Udine, 28 km from Gorizia and 55 km from Trieste near the junction of the Autostrada Alpe-Adria (A23) and the Autostrada Venezia-Trieste (A4). Satellite image of the fortress History[edit] American professor Edward Wallace Muir Jr. said on Palmanova: "The humanist theorists of the ideal city designed numerous planned cities that look intriguing on paper but were not especially successful as livable spaces. The Ideal City of the Renaissance[edit] Palmanova is a city in Italy constructed during the renaissance and it is a city built following the ideals of a utopia. During the renaissance many ideas of a utopia, both as a society and as a city, surfaced. Alberti, followed by Filarete, were the first to develop the ideas of a Utopia into the plan of a city. The circular shape of Palmanova was greatly influenced by the fact that it needed to be a fort. Other[edit]
competition Honorable Mention 2014 Skyscraper Competition Henry Smith, Adam Woodward, Paul Attkins United Kingdom A cylindrical matrix of super tall structure centered on an electromagnetic vertical accelerator to eliminate the hydrocarbon dependency of aircraft during takeoff. The radical re-interpretation of the skyscraper format provides hyper density in an organic and adaptive habitat. Commercial air travel is celebrating its centenary in 2014 and over the last 100 years aviation has made an unprecedented impact on the way people can experience an interconnected and relatively open world. The future of Aviation is anticipated to rely on energy dense hydrocarbon fuels to provide the power required to make flight possible. We propose a new methodology of ‘spiral tube’ structure that ensures a habitable floor plate depth and simple pedestrian movement throughout the structure, whilst providing an overall cross-sectional width to overcome stability issues.
Retrofitting our Skyscrapers For Food and Power Nicolai Ouroussoff writes about all the new glass towers architects are designing in New York these days; they are lovely things, but what will power them or feed their occupants in years to come? Green roofs won't do it, they are too small. Daekwon Park has a great idea, seen in the 2008 Evolo skyscraper competition: a way to reunite the isolated city blocks and insert a multi-layer network of public space, green space and nodes for the city. Clipping onto the exterior of existing buildings, a series of prefabricated modules serving different functions would be stacked on top of each other, adding a layer of green space for gardening, wind turbines or social uses to make new green façades and infrastructures. There are modules for vertical gardens and connections to other buildings through a network of skywalks; Wind turbine units and program units that could serve many public functions.
Jean Nouvel Jean Nouvel (French: [ʒɑ̃ nu.vɛl]; born 12 August 1945) is a French architect. Nouvel studied at the École des Beaux-Arts in Paris and was a founding member of Mars 1976 and Syndicat de l'Architecture. He has obtained a number of prestigious distinctions over the course of his career, including the Aga Khan Award for Architecture (technically, the prize was awarded for the Institut du Monde Arabe which Nouvel designed), the Wolf Prize in Arts in 2005 and the Pritzker Prize in 2008.[1][2][3][4] A number of museums and architectural centres have presented retrospectives of his work.[5][6] Family and education[edit] Nouvel was born on 12 August 1945 in Fumel, Lot-et-Garonne, France. He is the son of Renée and Roger Nouvel who were teachers. When Nouvel failed an entrance examination at the École des Beaux-Arts of Bordeaux, he moved to Paris where he won first prize in a national competition to attend the École nationale supérieure des Beaux-Arts. Practice[edit] Pritzker Prize[edit]
Louvre Abu Dhabi The Louvre Abu Dhabi is a planned museum, to be located in Abu Dhabi, UAE. On Tuesday 7 March 2007, the Louvre in Paris announced that a new Louvre museum would be completed by 2012 in Abu Dhabi,[1] with a revised estimate in early 2013 for a completion date of 2015. This is part of a thirty-year agreement between the city of Abu Dhabi and the French government. The museum is to be located on the Saadiyat Island Cultural District, and will be approximately 24,000 square metres (260,000 sq ft) in size. Artwork from around the world will be showcased at the museum, with particular focus placed upon bridging the gap between Eastern and Western art. History[edit] The establishment of this museum was approved by the French Parliament on 9 October 2007. The museum will be part of a US$27 billion tourist and cultural development for Saadiyat Island, a complex which is planned to include three other museums, including a Guggenheim Museum[5] and the Zayed National Museum . Design[edit] Cost[edit]
The Louvre, Abu Dhabi—Jean Nouvel’s Dome In The Desert Transcends The Cultural Divide The powers that be in Abu Dhabi have long since realized that their extraordinary oil-fueled expansion will eventually require a solid economic back-up from a source other than the black gold beneath their sands. As in Dubai, it appears they are determined to plug any potential holes in their long-term financial plan with the banknotes of tourists and foreign corporations… and cultural assets form the next phase of their strategy. To this end, a trio of museums have been slated for the city’s cultural district, each with a predictably recognizable architectural orchestrator: Norman Foster’s Zayed National Museum and Frank Gehry’s new Guggenheim are both on their way, despite misgivings in the art community over the welfare of foreign laborers constructing the latter museum. Add To Collection Save this image to a collection Rendering via ArchDaily. Nouvel and Sheikh under the model. Renderings via Superslice. jean nouvel: louvre abu dhabi under construction from designboom on Vimeo. Agree?
Buro Happold Buro Happold is a British professional services firm providing engineering consultancy, design, planning, project management and consulting services for all aspects of buildings, infrastructure and the environment, with its head office in Bath, Somerset.[5] It was founded in 1976, by Sir Edmund Happold in Bath in the southwest of England when he left Ove Arup and Partners to take up a post at the University of Bath as Professor of Architecture and Engineering Design. Originally working mainly on projects in the Middle East, the firm now operates worldwide and in almost all areas of engineering for the built environment, with offices in seven countries. The parent company owns the subsidiary companies Happold Consulting, Happold Media and Happold Safe and Secure. The firm includes a number of specialist engineering consultancy groups, including fire engineering and lighting consultancy. Sir Edmund Happold[edit] History[edit] View of the Great Court, British Museum, London. Partners[edit]
Lunar Cubit Futuristic Floating City is an Ecotopia at Sea Futuristic floating cities seek to provide a solution to many of our environmental problems, like rising sea levels, increasing temperatures and dwindling resources. Recently Japanese building firm Shimizu Corporation unveiled plans for a completely self sufficient floating ecotopia that is covered in vegetation, generates its own power, grows food, manages waste, and provides clean water. Shimizu Corporation has been hard at work coming up with some pretty crazy concepts lately, and Green Float, the Environmental Island is one of them. Designed for the equatorial pacific, presumably near Japan, Green Float is a concept for a series of floating islands with eco skyscraper cities, where people live, work and can easily get to gardens, open space, the beach and even “forests”. A 1,000 m tower in the center of the island acts as both a vertical farm as well as a skyscraper with residential, commercial and office space. + Shimizu Corporation
GREEN FLOAT/Shimizu's Dream - Shimizu Corporation Going Beyond CO2 Reduction to Carbon Negative To create a city that absorbs CO2 like a plant, we will employ environmental technologies to achieve a carbon negative system. Switch to a Compact City and Conversion of Industrial Structure (CO2 Reduction: About 40%) Reduce CO2 through more efficient transportation and distribution resulting from the shift to a compact city. Energy Conservation (CO2 Reduction: About 30%) At 1,000m above the equator, the temperature is around a comfortable 26°C. Power Generation Using Natural Energy (CO2 Reduction: About 30%) We will fully employ a range of natural energy sources including space solar power satellites, ocean thermal energy conversion, waves, wind and solar power. CO2 Recovery and Ocean Sequestration (CO2 Reduction: About 30%) The CO2 absorption capacity of the ocean is thought to be orders of magnitude greater than terrestrial forests. A Bustling Botanical City Where People Live in a Harmonious Balance with Nature Disaster and Evacuation Measures