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SleepBox

Official site: http://www.arch-group.org/

SLEEPBOX
Area: 3.75 m2
architects: Goryainov A., Krymov M.
Design: 2009

Imagine the situation that you are in the modern metropolis, where you are not a local resident, and you have not booked a hotel. It is not comfortable situation, because in the modern, aggressive cities there are no opportunity to rest and relax. If you want to sleep, while waiting your plane or train, it may cause many security and hygiene problems. We believe that urban infrastructure should be more comfortable for people. For this purpose we have developed a device SLEEPBOX. It provides moments of quiet sleep and rest from the city without wasting time searching for a hotel. Here are the possible locations for SLEEPBOX:
– Railroad stations
– Airports
– Expocentres
– Public and shopping centers
– Accommodation facilities
In countries with warm climate SLEEPBOX can be used on the streets.
Thanks to SLEEPBOX any person has an opportunity to spend the night safely and cheaply in case of emergency, or when you have to spend few hours with your baggage.
SLEEPBOX is a small mobile space (box) 2mx1.4mx2.3m (h). The main functional element in it is a bed 2×0.6 m., which is equipped with automatic system of change of bed linen. Bed is soft, flexible strip of foamed polymer with the surface of the pulp tissue. Tape is rewound from one shaft to another, changing the bed. If a client wants to sleep in maximum comfort, he can take the normal set of bed linen for an extra fee. SLEEPBOX is equipped with a ventilation system, sound alerts, built-in LCD TV, WiFi, sockets for a laptop, charging phones. Also under the lounges is a place for luggage. After the clients exit, automatic change of bed linen starts and quartz lamps turns on. Payment can be made on a shared terminal, which provides the client with an electronic key. It is possible to buy from 15 minutes to several hours.
SLEEPBOX is intended primarily to perform one main function – to enable a person to sleep peacefully. But it can also be equipped with various additional functions, depending on the situation. Application of the device can be very broad, not only in the form of paid public service, but also for internal purposes of organizations and companies.

Japanese Architecture(summary)

Before i pass through more specific information about Japanese Architecture i ought to post a few general information about it’s history.

By Wikipedia!

Japanese architecture (日本建築 Nihon kenchiku?) has a long history as any other aspect of Japanese culture. Originally heavily influenced by Chinese architecture from the Tang Dynasty, as well as by Korea of the same period (which reflected Chinese Buddhist style architecture), it has also developed many unique differences and aspects indigenous to Japan as a result of dynamic changes throughout its long history.

Prehistoric period

Reconstructed pit dwelling houses in Yoshinogari,Saga Prefecture, 2nd or 3rd century

Reconstructed dwellings in Yoshinogari

Reconstructed dwellings inYoshinogari

Reconstructed raised-floor building in Yoshinogari

The prehistoric period includes the Jomon and Yayoi cultures and other cultures before the Jomon and Yayoi cultures. There are no extant examples of prehistoric architecture, and the oldest Japanese texts, such as Kojiki and Nihonshoki hardly mention architecture at all. Excavations and researches show these houses had thatched roofs and dirt floors. Houses in areas of high temperature and humidity had wooden floors. With the spread of rice cultivation from China, communities became increasingly larger and more complex, and large scale buildings for the local ruling family or rice storage houses are seen in Sannai-Maruyama site (before 2nd century BC) in Aomori or Yoshinogari site in Saga (before 3rd century BC).

After the 3rd century, a centralized administrative system was developed and many keyhole-shaped Kofun were built in Osaka and Nara for the aristocracy. Among many examples in Nara and Osaka, the most notable is Daisen-kofun, designated as the tomb of Emperor Nintoku. This kofun is approximately 486 by 305 m, rising to a height of 35 m.

Asuka and Nara architecture

The earliest structures still extant in Japan, and the oldest surviving wooden buildings in the world are found at the Hōryū-ji to the southwest of Nara. They serve as the core examples of architecture in Asuka period. First built in the early 7th century as the private temple of Crown Prince Shotoku consists of 41 independent buildings; the most important ones, the main worship hall, or Kondo (Golden Hall), and Goju-no-to (Five-story Pagoda), stand in the center of an open area surrounded by a roofed cloister. The Kondo, in the style of Chinese worshiphalls, is a two-story structure of post-and-beam construction, capped by an irimoya, or hipped-gabled roof of ceramic tiles.

Temple building in the 8th century was focused around the Tōdaiji in Nara. Constructed as the headquarters for a network of temples in each of the provinces, the Tōdaiji is the most ambitious religious complex erected in the early centuries of Buddhist worship in Japan. Appropriately, the 16.2-m (53-ft) Buddha (completed in 752) enshrined in the main hall, orDaibutsuden, is a Rushana Buddha, the figure that represents the essence of Buddhahood, just as the Tōdai-ji represented the center for imperially sponsored Buddhism and its dissemination throughout Japan. Only a few fragments of the original statue survive, and the present hall and central Buddha are reconstructions from the Edo period. Clustered around the Daibutsuden on a gently sloping hillside are a number of secondary halls: the Hokkedo (Lotus Sutra Hall), with its principal image, the Fukukenjaku Kannon (the most popular bodhisattva), crafted of dry lacquer (cloth dipped in lacquer and shaped over a wooden armature); the Kaidanin (Ordination Hall) with its magnificent clay statues of the Four Guardian Kings; and the storehouse, called the Shosoin. This last structure is of great importance as an art-historical cache, because in it are stored the utensils that were used in the temple’s dedication ceremony in 752, the eye-opening ritual for the Rushana image, as well as government documents and many secular objects owned by the imperial family.

Pagoda at Yakushi-ji, Nara, Nara
Orignally built in 730
Kondo and pagoda at Hōryū-ji, Ikaruga, Nara
Built in 7th century
Shōsōin at Todaiji, Nara, Nara
Built in 8th century
Hokkedō at Tōdai-ji, Nara, Nara
Founded in 743

Heian period

In reaction to the growing wealth and power of organized Buddhism in Nara, the priest Kūkai (best known by his posthumous title Kōbō Daishi, 774-835) journeyed to China to studyShingon, a form of Vajrayana Buddhism, which he introduced into Japan in 806. At the core of Shingon worship are the various mandalas, diagrams of the spiritual universe which influenced temple design. Japanese Buddhist architecture also adopted the stupa in its Chinese form of pagoda.

The temples erected for this new sect were built in the mountains, far away from the court and the laity in the capital. The irregular topography of these sites forced Japanese architects to rethink the problems of temple construction, and in so doing to choose more indigenous elements of design. Cypress-bark roofs replaced those of ceramic tile, wood planks were used instead of earthen floors, and a separate worship area for the laity was added in front of the main sanctuary.

In the Fujiwara periodPure Land Buddhism, which offered easy salvation through belief in Amida (the Buddha of the Western Paradise), became popular. Concurrently, the Kyoto nobility developed a society devoted to elegant aesthetic pursuits. So secure and beautiful was their world that they could not conceive of Paradise as being much different. The Amida hall, blending the secular with the religious, houses one or more Buddha images within a structure resembling the mansions of the nobility.

The Hōō-dō (Phoenix Hall, completed 1053) of the Byōdō-in, a temple in Uji to the southeast of Kyoto, is the exemplar of Fujiwara Amida halls. It consists of a main rectangular structure flanked by two L-shaped wing corridors and a tail corridor, set at the edge of a large artificial pond. Inside, a single golden image of Amida (circa 1053) is installed on a high platform. The Amida sculpture was executed by Jocho, who used a new canon of proportions and a new technique (yosegi), in which multiple pieces of wood are carved out like shells and joined from the inside. Applied to the walls of the hall are small relief carvings of celestials, the host believed to have accompanied Amida when he descended from the Western Paradise to gather the souls of believers at the moment of death and transport them in lotus blossoms to Paradise. Raigo (Descent of the Amida Buddha) paintings on the wooden doors of the Ho-o-do are an early example of Yamato-e, Japanese-style painting, because they contain representations of the scenery around Kyoto.

Phoenix Hall at Byodoin, Uji, Kyoto
Built in 1053

Ujigami Shrine, Uji, Kyoto
Built in 1060

Pagoda of Ichijō-ji, Kasai, Hyōgo
Built in 1171

Nageiredō of Sanbutsuji, Misasa, Tottori

Kamakura and Muromachi period

Jōdodō of Jōdo-ji, Ono, Hyōgo
Built in 1194

Nandaimon of Tōdai-ji, Nara, Nara
Built in 1199

Sanjūsangen-dō, Kyoto
Built in 1266

Pagoda of Jigen-in, Izumisano, Osaka
Built in 1271

Butsuden of Kōzan-ji, Shimonoseki, Yamaguchi
Built in 1320

Fudō-in Iwayadō, Wakasa, Tottori
Built in 14th century

Ginkakuji, Kyoto
Built in 15th century

Daitō of Negoro-ji in Iwade, Wakayama
Completed in 1547

During the Kamakura period (1185–1333) and Muromachi period (1336-1573), Japanese architecture made technological advances that somewhat diverged from and Chinese counterparts.(Daibutsu-Style and Zen-Style)[5][6][7] In response to native requirements such as earthquake resistance and shelter against heavy rainfall and the summer heat and sun, the master carpenters of this time responded with a unique type of architecture.[8] Unfortunately, the heavy reliance on wood as the primary building material has meant that fires destroyed many of the original structures but some do survive such as Jōdo-ji in Ono (Daibutsu-Style) and Kōzan-ji in Shimonoseki (Zen-Style).

After the Kamakura period, Japanese political power was dominated by the armed Samurai, such as Seiwa Genji. Their simple and sturdy ideas affected the architecture style, and many samurai houses are a mixture of shinden-zukuri and turrets or trenches.

In the Genpei War (1180-1185), many traditional buildings in Nara and Kyoto were damaged. For example, Kofukuji and Todaiji were burned down by Taira no Shigehira of the Taira clan in 1180. Many of these temples and shrines were rebuilt in the Kamakura period by the Kamakura shogunate to consolidate the shogun‘s authority. This program was carried out in such an extensive scale that many of the temples and shrines built after the Kamakura period were influenced by this architectural style.

Especially, remarkable event in Muromachi period, another major development of the period was the tea ceremony and the tea house in which it was held. The purpose of the ceremony is to spend time with friends who enjoy the arts, to cleanse the mind of the concerns of daily life, and to receive a bowl of tea served in a gracious and tasteful manner. Zen was the basic philosophy. The rustic style of the rural cottage was adopted for the tea house, emphasizing such natural materials as bark-covered logs and woven straw. In addition, a traditional Japanese style culture such as tatamishōji, and fusuma was stylized in Muromachi period.

Azuchi-Momoyama period

Himeji Castle in Himeji, Hyōgo,
Completed in 1618

Matsumoto Castle in Matsumoto, Nagano,
Completed in 1600.

Dry stone walls of Kumamoto Castle,
Completed in 1600.

Ninomaru Palace within Nijo Castle, Kyoto

Two new forms of architecture were developed in response to the militaristic climate of the times: the castle, a defensive structure built to house a feudal lord and his soldiers in times of trouble; and the shoin, a reception hall and private study area designed to reflect the relationships of lord and vassal within a feudal society. Himeji Castle (built in its present form 1609), popularly known as White Heron Castle, with its gracefully curving roofs and its complex of three subsidiary towers around the main tenshu (or keep), is one of the most beautiful structures of the Momoyama period. The Ohiroma of Nijo Castle (17th century) in Kyoto is one of the classic examples of the shoin, with its tokonoma (alcove), shoin window (overlooking a carefully landscaped garden), and clearly differentiated areas for the Tokugawa lords and their vassals.

Edo period

Hirosaki Castle in Hirosaki, Aomori
Completed in 1611

Yomeimon of Toshogu, Nikko, Tochigi

Inside the Shokintei at Katsura Imperial Villa, Kyoto
Built in 17th century

Three halls of Engyō-ji in Himeji, Hyōgo, Completed in 18th century

Katsura Detached Palace, built in imitation of Prince Genji‘s palace, contains a cluster of shoin buildings that combine elements of classic Japanese architecture with innovative restatements. The whole complex is surrounded by a beautiful garden with paths for walking 😉

The city of Edo was repeatedly struck by fires, leading to the development of a simplified architecture that allowed for easy reconstruction. Because fires were most likely to spread during the dry winters, lumber was stockpiled in nearby towns prior to their onset. Once a fire that had broken out was extinguished, the lumber was sent to Edo, allowing many rows of houses to be quickly rebuilt. Due to the shogun’s policy of sankin kotai (“rotation of services”), the daimyo constructed large houses and parks for their guests’ (as well as their own) enjoyment. Kōrakuen is a park from that period that still exists and is open to the public for afternoon walks.

Meiji, Taisho, and early Showa periods

Tokyo Station, Built in 1914

National Diet Building in Tokyo, Built in 1936

Kyoto National Museum in Kyoto, Built in 1895

Old Hyogo Prefectural Office Building in Kobe, Hyōgo, Built in 1902

In the years after 1867, when Emperor Meiji ascended the throne, Japan was once again invaded by new and alien forms of culture. By the early 20th century, European art forms were well introduced and their marriage produced notable buildings like the Tokyo Train Station and the National Diet Building that still exist today.

In early 1920s, modernists and expressionists emerged and began to form their own groups. Kunio Maekawa and Junzo Sakakura joined Le Corbusier‘s studio in France, came back to Japan in early 1930s, and designed several buildings. Influence of modernism spread to many company and government buildings. In 1933 Bruno Taut fled to Japan, and his positive opinion of Japanese architecture (especially Katsura Imperial Villa) encouraged Japanese modernists.

Modern architecture

Skyscrapers of Shinjuku, Tokyo

National Gymnasium in Yoyogi Park, Tokyo, Design by Kenzo Tange

Yokohama Landmark Tower in Minato Mirai 21, Yokohama

JR Central Towers in Nagoya, Aichi, Built in 1999

Kyoto Station, Kyoto, Built in 1997, Design by Hiroshi Hara

Skyscrapers of Umeda, Osaka

Awaji Yumebutai in Awaji, Hyōgo, Built in 2000, Design by Tadao Ando

Kurayoshi Park Square in Kurayoshi, Tottori, Built in 2001, Design by César Pelli

The need to rebuild Japan after World War II proved a great stimulus to Japanese architecture, and within a short time, the cities were functioning again. However, the new cities that came to replace the old ones came to look very different. The current look of Japanese cities is the result of and a contributor to 20th and 21st century architectural attitudes. With the introduction of Western building techniques, materials, and styles into Meiji Japan, new steel and concrete structures were built in strong contrast to traditional styles. Like most places, there is a great gap between the appearance of the majority of buildings (generally residences and small businesses) and of landmark buildings. After World War II, the majority of buildings ceased to be built of wood (which is easily flammable in the case of earthquakes and bombing raids), and instead were internally constructed of steel. (Low-rise residential structures, however, are still constructed primarily of wood.) High visibility landmark buildings also changed. Whereas major pre-war buildings, such as the WakoTokyo StationAkasaka Palace, and the Bank of Japan were designed along European classical lines, post-war buildings adopted the “unadorned box” style. Because of earthquakes, bombings, and later redevelopment, and also because of Japan’s rapid economic growth from the 1950s until the 1980s, most of the architecture to be found in the cities are from that period, which was the height of BrutalistModern architecture generally.

However, since around the early 1990s, the situation has slowly started to change. The 1991 completion of the postmodernist Tokyo Metropolitan Government Building was perhaps a tipping point in skyscraper design. Hot on its heels was the Yokohama Landmark Tower. In 1996 came the much-loved Tokyo International Forum, which besides a unique design, sported a landscaped area outside for people to relax and chat. More recently, in 2003, Roppongi Hills was opened, which borrowed ideas from previous ground-breaking designs and furthered them. The new area of Shiodome, completely redeveloped since the late 1990s, is an excellent place to see a group of postmodern and European-style buildings, away from the usual jumble of ’60s-era anonymous rectangular prisms. Still, despite this slow but continuing trend in contemporary Japanese architecture, the vast majority of suburban areas still exhibit cheap, uninspired designs.

The best-known Japanese architect is Kenzo Tange, whose National Gymnasiums (1964) for the Tokyo Olympics emphasizing the contrast and blending of pillars and walls, and with sweeping roofs reminiscent of the tomoe (an ancient whorl-shaped heraldic symbol) are dramatic statements of form and movement.

Japan played some role in modern skyscraper design, because of its long familiarity with the cantilever principle to support the weight of heavy tiled temple roofs. Frank Lloyd Wright was strongly influenced by Japanese spatial arrangements and the concept of interpenetrating exterior and interior space, long achieved in Japan by opening up walls made of sliding doors. In the late twentieth century, however, only in domestic and religious architecture was Japanese style commonly employed. Cities sprouted modern skyscrapers, epitomized by Tokyo‘s crowded skyline, reflecting a total assimilation and transformation of modern Western forms.

The widespread urban planning and reconstruction necessitated by the devastation of World War II produced such major architects as Maekawa Kunio and Kenzo Tange. Maekawa, a student of world-famous architect Le Corbusier, produced thoroughly international, functional modern works. Tange, who worked at first for Maekawa, supported this concept early on, but later fell in line with postmodernism, culminating in projects such as the aforementioned Tokyo Metropolitan Government Building and the Fuji TV Building. Both architects were notable for infusing Japanese aesthetic ideas into starkly contemporary buildings, returning to the spatial concepts and modular proportions of tatami (woven mats), using textures to enliven the ubiquitous ferroconcrete and steel, and integrating gardens and sculpture into their designs. Tange used the cantilever principle in a pillar and beam system reminiscent of ancient imperial palaces; the pillar—a hallmark of Japanese traditional monumental timber construction—became fundamental to his designs. Fumihiko Maki advanced new city planning ideas based on the principle of layering or cocooning around an inner space (oku), a Japanese spatial concept that was adapted to urban needs. He also advocated the use of empty or open spaces (ma), a Japanese aesthetic principle reflecting Buddhist spatial ideas. Another quintessentially Japanese aesthetic concept was a basis for Maki designs, which focused on openings onto intimate garden views at ground level while cutting off sometimes-ugly skylines. A dominant 1970s architectural concept, the “metabolism” of convertibility, provided for changing the functions of parts of buildings according to use, and remains influential.

A major architect of the 1970s and 1980s was Isozaki Arata, originally a student and associate of Tange’s, who also based his style on the Le Corbusier tradition and then turned his attention toward the further exploration of geometric shapes and cubic silhouettes. He synthesized Western high-technology building concepts with peculiarly Japanese spatial, functional, and decorative ideas to create a modern Japanese style. Isozaki’s predilection for the cubic grid and trabeated pergola in largescale architecture, for the semicircular vault in domestic-scale buildings, and for extended barrel vaulting in low, elongated buildings led to a number of striking variations. New Wave architects of the 1980s were influenced by his designs, either pushing to extend his balanced style, often into mannerism, or reacting against them.

A number of avant-garde experimental groups were encompassed in the New Wave of the late 1970s and the 1980s. They reexamined and modified the formal geometric structural ideas ofmodernism by introducing metaphysical concepts, producing some startling fantasy effects in architectural design. In contrast to these innovators, the experimental poetic minimalism ofTadao Ando embodied the postmodernist concerns for a more balanced, humanistic approach than that of structural modernism‘s rigid formulations. Ando’s buildings provided a variety of light sources, including extensive use of glass bricks and opening up spaces to the outside air. He adapted the inner courtyards of traditional Osaka houses to new urban architecture, using open stairways and bridges to lessen the sealed atmosphere of the standard city dwelling. His ideas became ubiquitous in the 1980s, when buildings were commonly planned around open courtyards or plazas, often with stepped and terraced spaces, pedestrian walkways, or bridges connecting building complexes. In 1989 Ando became the third Japanese to receive France’s prix de l’académie d’architecture, an indication of the international strength of the major Japanese architects, all of whom produced important structures abroad during the 1980s. Japanese architects were not only skilled practitioners in the modern idiom but also enriched postmodern designs worldwide with innovative spatial perceptions, subtle surface texturing, unusual use of industrial materials, and a developed awareness of ecological and topographical problems.

The Japanese asset price bubble of the late 1980s fostered a great deal of innovative and experimental architecture, but following the economic crash in the early 1990s, Japanese architecture has tended toward more minimal and humble approaches. This is exemplified by the work of architects such as Kazuyo Sejima and Atelier Bow-Wow.

Leonardo Glass Cube by 3Deluxe

Leonardo Glass Cube(first permanent building implemented by 3deluxe)

Inspiration,Emotion and Quality. These are the three words that mostly fit to this structure. By combining the organic style  and landscape architecture with the use of glass and the crazy idea of making something remarkable it’s designers have not only succeeded in creating such a beautiful structure but have also opened new horizons for the whole architecture community!

Official Site: http://www.leonardo.de/en/inspiration/glasscube/
















































Dynamic Architecture

Dr. David Fisher’s Dynamic Tower has become a revolutionary standpoint for the whole Architecture history, as it is the world’s first building in motion. Exactly, each floor rotates at different speeds, in different directions resulting a variable shape. Additionally it is the first 100% self-powered Green building which has the ability to generate electricity for itself through the use of horizontal wind turbines (which are placed among the floors) and solar panels.

The following information are copied by the official site:

A BUILDING IN MOTION

Dr. David Fisher’s Dynamic Tower is the first building in motion that will change its shape and add a fourth dimension to architecture: Time. The shape will be determined by each floor’s direction of rotation, speed, acceleration and the timing; with timing meaning how each floor rotates compared to the other. The rotation speed will be between 60 minutes and 24 hours for one revolution.

Residents, if they own the entire floor, are able to control the speed and direction of the rotation by voice command. One can have breakfast watching the sunrise, lunch viewing the open sea, and dinner overlooking the lights of the city – all from the same place inside their unit. The other floors will be commanded by the architect, by the mayor or whoever will have the password to the computer program that will give the building a different shape at every glance.

According to Dr Fisher, these buildings will be designed by all of us, at any given moment, and will be shaped according to our needs, our present concepts of design and quite importantly, our moods – as an expression of freedom, beginning for the first time in history to control the shape of our homes and cities.

Aside from the changing view, the movement will create a different approach to our space. Furthermore, these buildings will also create a different way of looking at real estate. In fact, in all Latin languages, the world for “real estate” has a meaning of “an un-movable property” (Ex. immobiliare, immobilier, immobilien). With the completion of Dr. Fisher’s Dynamic Tower, the word in the dictionary may have to be changed.

“Designed by Life, Shaped by Time” is the concept of the Dynamic Tower according to Dr. Fisher’s vision of the future of architecture.

PREFABRICATION

Since the ancient Egyptians built the pyramids 4,000 years ago, one stone on top of another, brick on top of brick, not much has changed in the world of building construction. With the start of the Industrial Revolution around 1770, products began to be manufactured in factories using industrial methods. In 1889, the use of steel was pioneered for the construction for the Eiffel Tower in Paris, and beginning in 1905, reinforced concrete was introduced; but today, buildings are essentially still built on site as they were 4,000 years ago.

Dr. David Fisher’s revolutionary Dynamic Tower, the first building in motion, is the first skyscraper to be entirely assembled  in a factory from pre-fabricated parts. The factory-made construction process offers many of the advantages of any modern industrial product: conserving energy, reducing construction time and dramatically cutting costs. Each individual unit is completely finished at the Factory and exported worldwide to theassembly site , ready for quick and efficient installation.

Each module of each unit is fully equipped with all necessary plumbing and electric systems plus all finishes from floor to ceiling, customized according to the owners’ specifications, including bathrooms, kitchens, lighting and even furniture. The pre-fabricated module units are then simply hooked together mechanically and hoisted up the concrete core, completed from the top down. Due to their pre-fabrication, these buildings of the future will also be easy to maintain and repair, making them more durable than any traditional structure.

Dr. Fisher states, “Almost every product used today is the result of an industrial process and can be transported around the world, from cars and boats to computers and clothing. Factories are utilized due to their ease of access to raw materials, integrated production technologies, and efficient labor processes, which result in high quality at a relatively low er cost.” Dr. Fisher continues, “It is unbelievable that real estate and construction, which is the leading sector of the world economy, is also the most primitive. For example, most workers throughout the world still regularly use trowels that were first used by the Egyptians and then by the Romans. Buildings should not be different than any other product, and from now on they will be manufactured in a production facility.”

The Dynamic Tower represents the future of construction technology, resulting in a new era of living that will benefit both man and nature.

A NEW ERA OF GREEN BUILDING

The Dynamic Tower, the world’s first building in motion, takes the concept of Green buildings to the next level, generating electricity for itself with a possible surplus for other nearby buildings, making it the first skyscraper designed to be entirely powered by wind and sun.

With wind turbines fitted horizontally between each rotating floor, an 80-story building will have up to 79 wind turbine systems, making it a true Green power plant. While traditional vertical wind turbines have environmental and social effects, including the need for roads to build and maintain them plus their noise and obstruction of views, the Dynamic Tower’s wind turbines are practically invisible and extremely quiet due to their special shape and the carbon fiber material of which they are composed.

Photovoltaic ink is to be placed on each roof of each rotating floor to produce solar energy. With approximately 20% of each roof exposed to the sun and light, a building with 80 roofs equals the roofing space of 10 similar size buildings.

In addition, natural and recyclable materials including stone, marble, glass and wood are intended for the interior finishing. Further improving the energy efficiency of the Dynamic Tower, insulated glass and structural insulating panels are employed. During construction, energy use is drastically reduced due the pre-fabrication of the buildings in a factory, versus traditional construction methods, which results in a cleaner construction site with limited noise, dust, fumes and waste.

OFFICIAL SITE: http://www.dynamicarchitecture.net/home.html

Porsche museum

Everything started back in 1930 when tha famous Austro-Hungarian engineer Ferdinand Porsche founded the company called “Dr. Ing. h. c. F. Porsche GmbH”. Nowadays Porsche has become   a symbol of man’s perfection, a burning wish to succeed in owning a brilliant, avant-garde Porsche car. Up until now the company’s designers have succeeded in creating a large number of the most fascinating cars. Inspired by that facts they decided to build a museum so that they could store their most precious cars and of course represent their beauty of their work. That’s when the Vienna’s Delugan Meissl Associated Architects designed the Porsche museum located at Stuttgart-Zuffenhausen, a rather historic place for the Porsche company, and finished it’s construction  on december 2008.

The following information are copied by the official site.

THE ARCHITECTURE

The edifice by Vienna’s Delugan Meissl Associated Architects is an eye-catcher. The fascinating impact of the monolithic, virtually floating exhibition hall can be felt. This bold and dynamic architecture reflects the company’s philosophy. It is designed to convey a sense of arrival and approachability, and to guide the visitors smoothly from the basement level into the superstructure – this is how the architects express their dedication.

In their design, the architects at Delugan Meissl set out to create a place of sensuous experience that reflects the authenticity of Porsche products and services as well as the company’s character, while also reshaping Porscheplatz with an unmistakable appearance.

THE LOCATION

Auto fans around the world know that the traditional site of Porsche AG is in Stuttgart-Zuffenhausen. Seventy years ago the erstwhile Porsche engineering office relocated from downtown Stuttgart to the first, newly built Porsche plant in Zuffenhausen. This is where the trial series of what became the “VW Beetle” was built in 1938, as was the forefather of all Porsche sports cars, the Type 64 “Berlin–Rome Car,” in 1939.

With the start of standard production of the Porsche Type 356 this Stuttgart suburb became the birthplace of the sports cars bearing the Porsche logo in 1950. Today, the 911 model series and Boxster models as well as all Porsche engines are produced in Zuffenhausen. And Porsche’s museum is located here, on Porscheplatz. At this historic location, it joins the Porsche plant and the Porsche Center as the new emblem of the company.

THE BUILDING

In July of 2004 the decision was reached to launch the most spectacular building project in the history of Dr. Ing. h.c. F. Porsche AG. A total of 170 architectural firms from all over Europe had originally vied for the job to build the new museum. Ten of these firms were ultimately invited to formally bid on the job, and the Viennese firm of Delugan Meissl Associated Architects won the bid in February 2005. Actual construction began in October of that year.

At the turn of the year 2006/07, the so-called basement and the core of the building were completed. By that point in time, about 21,000 cubic meters of concrete had been used for the underground garage, ground floor, second floor, and central support beams. The steel structure supporting the exhibition space, which spans 5,600 square meters, was successfully completed in the fall of 2007. The installation of building systems and the interior work began during the same season.

On December 2008, finally, the Museum was handed over to Porsche exactly on time. The opening of the Porsche Museum took place on Saturday 31 January 2009.

OFFICIAL SITE:

www.porsche.com/international/aboutporsche/porschemuseum/

McLaren Technology Centre in Surrey

Architects: Foster & Partners

Location: Surrey

McLaren Technology Centre Website: mclaren.com/technologycentre

McLaren Website: mclaren.com

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The Eiffel Tower

By wiki!

The Eiffel Tower (FrenchTour Eiffel[tuʀ ɛfɛl]) is a 19th century iron lattice tower located on the Champ de Mars in Paris that has become both a global icon of France and one of the most recognizable structures in the world. The Eiffel Tower, which is the tallest building in Paris,[1]is the single most visited paid monument in the world; millions of people ascend it every year. Named after its designer, engineer Gustave Eiffel, the tower was built as the entrance arch for the 1889 World’s Fair.

The tower stands at 324 m (1,063 ft) tall, about the same height as an 81-story building. It was the tallest structure in the world from its completion until 1930, when it was eclipsed by the Chrysler Building in New York City. Not including broadcast antennas, it is the second-tallest structure in France, behind the Millau Viaduct, completed in 2004. And while the Eiffel Tower is a steel structure, and weighs approximately 10,000 tonnes, it actually has a relatively low density, weighing less than a cylinder of air occupying the same dimensions as the tower.

The tower has three levels for visitors. Tickets can be purchased to ascend either on stairs or lifts to the first and second levels. The walk to the first level is over 300 steps, as is the walk from the first to the second level. The third and highest level is accessible only by lift. Both the first and second levels feature restaurants.

The tower has become the most prominent symbol of both Paris and France. The tower is a featured part of the backdrop in literally scores of movies that take place in Paris. Its iconic status is so established that it even serves as a symbol for the entire nation of France, such as when it was used as the logo for the French bid to host the 1992 Summer Olympics.

History

The structure was built between 1887 and 1889 as the entrance arch for the Exposition Universelle, a World’s Fair marking the centennial celebration of the French Revolution. Eiffel originally planned to build the tower in Barcelona, for the Universal Exposition of 1888, but those responsible at the Barcelona city hall thought it was a strange and expensive construction, which did not fit into the design of the city. After the refusal of the Consistory of Barcelona, Eiffel submitted his draft to those responsible for the Universal Exhibition in Paris, where he would build his tower a year later, in 1889. The tower was inaugurated on 31 March 1889, and opened on 6 May. Three hundred workers joined together 18,038 pieces of puddled iron (a very pure form of structural iron), using two and a half million rivets, in a structural design by Maurice Koechlin. The risk of accident was great, for unlike modernskyscrapers the tower is an open frame without any intermediate floors except the two platforms. However, because Eiffel took safety precautions, including the use of movable stagings, guard-rails and screens, only one man died.

The tower was met with much criticism from the public when it was built, with many calling it an eyesore. Newspapers of the day were filled with angry letters from the arts community of Paris. One is quoted extensively in William Watson’s US Government Printing Office publication of 1892 Paris Universal Exposition: Civil Engineering, Public Works, and Architecture. “And during twenty years we shall see, stretching over the entire city, still thrilling with the genius of so many centuries, we shall see stretching out like a black blot the odious shadow of the odious column built up of riveted iron plates.”[2] Signers of this letter included Jean-Louis-Ernest MeissonierCharles GounodCharles GarnierJean-Léon GérômeWilliam-Adolphe Bouguereau, and Alexandre Dumas.

Novelist Guy de Maupassant—who claimed to hate the tower[3]—supposedly ate lunch in the Tower’s restaurant every day. When asked why, he answered that it was the one place in Paris where one could not see the structure. Today, the Tower is widely considered to be a striking piece of structural art.

One of the great Hollywood movie clichés is that the view from a Parisian window always includes the tower. In reality, since zoning restrictions limit the height of most buildings in Paris to 7 stories, only a very few of the taller buildings have a clear view of the tower.

Eiffel had a permit for the tower to stand for 20 years, meaning it would have had to be dismantled in 1909, when its ownership would revert to theCity of Paris. The City had planned to tear it down (part of the original contest rules for designing a tower was that it could be easily demolished) but as the tower proved valuable for communication purposes, it was allowed to remain after the expiration of the permit. The military used it to dispatch Parisian taxis to the front line during the First Battle of the Marne, and it therefore became a victory statue of that battle.

The co-architects of the Eiffel Tower were Emile Nouguier, Maurice Koechlin and Stephen Sauvestre.

History of modern Architecture

Modern architecture is characterized by simplification of form and creation of ornament from the structure and theme of the building. The first variants were conceived early in the 20th century. Modern architecture was adopted by many influential architects and architectural educators, however very few “Modern buildings” were built in the first half of the century. It gained popularity after the Second World War and became the dominant architectural style for institutional and corporate buildings for three decades.

The exact characteristics and origins of Modern architecture are still open to interpretation and debate.

Origins

Some historians see the evolution of Modern architecture as a social matter, closely tied to the project of Modernity and thus the Enlightenment. The Modern style developed, in their opinion, as a result of social and political revolutions.

Others see Modern architecture as primarily driven by technological and engineering developments, and it is true that the availability of new building materials such as ironsteel, and glass drove the invention of new building techniques as part of the Industrial Revolution. In 1796, Shrewsbury mill owner Charles Bage first used his ‘fireproof‘ design, which relied on cast iron and brick with flag stone floors. Such construction greatly strengthened the structure of mills, which enabled them to accommodate much bigger machines. Due to poor knowledge of iron’s properties as a construction material, a number of early mills collapsed. It was not until the early 1830s that Eaton Hodgkinson introduced the section beam, leading to widespread use of iron construction, this kind of austere industrial architecture utterly transformed the landscape of northern Britain, leading to the description of places like Manchester and parts of West Yorkshire as “Dark satanic mills”.

The Crystal Palace by Joseph Paxton at the Great Exhibition of 1851 was an early example of iron and glass construction; possibly the best example is the development of the tall steel skyscraper in Chicago around 1890 by William Le Baron Jenney and Louis Sullivan. Early structures to employ concrete as the chief means of architectural expression (rather than for purely utilitarian structure) include Frank Lloyd Wright’s Unity Temple, built in 1906 near Chicago, andRudolf Steiner’s Second Goetheanum, built from 1926 near BaselSwitzerland.

Other historians regard Modernism as a matter of taste, a reaction against eclecticism and the lavish stylistic excesses of Victorian Era and Edwardian Art Nouveau. Note that the Russian word for Art Nouveau, “Модерн”, and the Spanish word for Art Nouveau, “Modernismo” are cognates of the English word “Modern” though they carry different meanings.

Whatever the cause, around 1900 a number of architects around the world began developing new architectural solutions to integrate traditional precedents (Gothic, for instance) with new technological possibilities. The work of Louis Sullivan and Frank Lloyd Wright in Chicago, Victor Horta in Brussels, Antoni Gaudi in Barcelona, Otto Wagner in Vienna and Charles Rennie Mackintosh in Glasgow, among many others, can be seen as a common struggle between old and new. An early use of the term in print around this time, approaching its later meaning, was in the title of a book by Otto Wagner.[2][3]

A key organization that spans the ideals of the Arts and Crafts and Modernism as it developed in the 1920s was the Deutscher Werkbund (German Work Federation) a German association of architects, designers and industrialists. It was founded in 1907 in Munich at the instigation of Hermann Muthesius. Muthesius was the author of a three-volume “The English House” of 1905, a survey of the practical lessons of the English Arts and Crafts movement and a leading political and cultural commentator. The purpose of the Werkbund was to sponsor the attempt to integrate traditional crafts with the techniques of industrial mass production. The organization originally included twelve architects and twelve business firms, but quickly expanded. The architects include Peter BehrensTheodor Fischer (who served as its first president), Josef Hoffmann and Richard Riemerschmid. Joseph August Lux, an Austrian-born critic, helped formulate its agenda.

Modern architecture is usually characterized by:

  • an adoption of the principle that the materials and functional requirements determine the result
  • an adoption of the machine aesthetic
  • an emphasis of horizontal and vertical lines
  • a creation of ornament using the structure and theme of the building, or a rejection of ornamentation.
  • a simplification of form and elimination of “unnecessary detail”
  • an adoption of expressed structure
  • Form follows function

A growing trend in modern architecture is the move towards sustainability of design. Most buildings generate an average of 3.9 pounds of waste per square foot[10]. On a large building, that can add up to over one hundred tons. This has led many architects to develop ways to design structures that inherently have less waste, such as by creating spaces whose dimensions are based on standard material dimensions. Thus, constructors do not have to work the material into the proper shape, which saves both resources and money. In the United States, many new buildings are being designed to LEED standards with “green” details such as photovoltaic panels, green roofs, and natural lighting and ventilation.