Prompt: 85 Sky Tower, formerly known as the T & C Tower or Tuntex Sky Tower (Chinese: 高雄85大樓; pinyin: Gāoxióng 85 Dàlóu; Pe̍h-ōe-jī: Ko-hiông 85 Tōa-lâu), is an 85-story skyscraper in Lingya District, Kaohsiung, Taiwan. The structure is 347.5 m (1,140 ft) high. An antenna increases the pinnacle height to 378 m (1,240 ft). Constructed from 1994 to 1997, it is the tallest skyscraper in Kaohsiung, and was the tallest in Taiwan until the completion of Taipei 101 in 2004.
Prompt: First Canadian Place (originally First Bank Building) is a skyscraper in the Financial District of Toronto, Ontario, at the northwest corner of King and Bay streets, and serves as the global operational headquarters of the Bank of Montreal. At 298 m (978 ft), it is the tallest building in Canada, the 31st tallest building in North America, and the 105th tallest in the world.[1] It is also the third tallest free-standing structure in Canada, after the CN Tower (also in Toronto) and the Inco Superstack chimney (projected to be demolished) in Sudbury, Ontario. The building is owned by Manulife Financial Corporation (50 per cent) in addition to a private consortium of investors including CPP Investments. The building is managed by Brookfield Properties.
Prompt: The Tokyo Tower (東京タワー, Tōkyō tawā, officially called 日本電波塔 Nippon denpatō "Japan Radio Tower") is a communications and observation tower in the Shiba-koen district of Minato, Tokyo, Japan, built in 1958. At 332.9 meters (1,092 ft), it is the second-tallest structure in Japan. The structure is an Eiffel Tower-inspired lattice tower that is painted white and international orange to comply with air safety regulations. The tower's main sources of income are tourism and antenna leasing. Over 150 million people have visited the tower. FootTown, a four-story building directly under the tower, houses museums, restaurants, and shops. Departing from there, guests can visit two observation decks. The two-story Main Deck (formerly known as the Main Observatory) is at 150 meters (490 ft), while the smaller Top Deck (formerly known as the "Special Observatory") reaches a height of 249.6 meters (819 ft). The names were changed following renovation of the top deck in 2018.[4] The tower is repainted every five years, taking a year to complete the process.
Prompt: Federal-style architecture is the name for the classicizing architecture built in the newly founded United States between c. 1780 and 1830, and particularly from 1785 to 1815, which was heavily based on the works of Andrea Palladio with several innovations on Palladian architecture by Thomas Jefferson and his contemporaries first for Jefferson's Monticello estate and followed by many examples in government building throughout the United States. An excellent example of this is the White House. This style shares its name with its era, the Federalist Era. The name Federal style is also used in association with furniture design in the United States of the same time period. The style broadly corresponds to the classicism of Biedermeier style in the German-speaking lands, Regency architecture in Britain, and to the French Empire style. It may also be termed Adamesque architecture. The White House and Monticello were setting stones for federal architecture.
Prompt: Yerevan TV Tower (Armenian: Երևանի հեռուստաաշտարակ, Yerevani herustaashtarak) is a 311.7-metre (1,023 ft) high lattice tower[1] built in 1977 on Nork Hill near downtown Yerevan, Armenia. It is the tallest structure in the Caucasus, fourth-tallest tower in Western Asia (The Milad Tower in Tehran being the tallest), sixth-tallest free-standing lattice tower and thirty-eighth-tallest tower in the world.
Prompt: Georgia Tbilisi TV Broadcasting Tower (Georgian: თბილისის ტელეანძა, tbilisis teleandza) is a free-standing tower structure used for communications purposes. The tower is located in Tbilisi, Georgia and was built in 1972. The preceding structure, built in 1955, was moved to the vicinity of the city of Gori.[1][2][3]
Prompt: Sutro Tower is a unique three-legged 977 ft (298 m) tall TV and radio lattice tower located in San Francisco, California. Rising from a hill between Twin Peaks and Mount Sutro near Clarendon Heights, it is a prominent feature of the city skyline and a landmark for city residents and visitors. The tower was the tallest structure in San Francisco from the time of its completion in 1973 until it was surpassed by the Salesforce Tower in 2018.
Prompt: The Yokohama Landmark Tower (横浜ランドマークタワー, Yokohama Randomāku Tawā) is the third tallest building[1] and fifth tallest structure in Japan, standing 296.3 m (972 ft) high. Until surpassed by Abeno Harukas in 2014, it stood as the tallest building in Japan. It is located in the Minato Mirai 21 district of Yokohama city, next to the Yokohama Museum of Art.[2]
Prompt: The project involved construction of seven double-circuit power lines with a total length of about 1,800 kilometres (1,100 mi) connecting eight substations.[2] Seven of the substations were built from scratch.[5] The grid uses 3,600 transmission towers, with an average span of 500 metres (1,600 ft) between towers. The Amazon River span is 2.5 kilometres (1.6 mi). The project built a double circuit with a voltage of 500 kV between the Tucuruí hydroelectric plant, the second largest in the country, and the Manaus region. It runs through intermediate substations in the municipalities of Anapu, Almeirim, Oriximiná and Silves. A line connecting Amapá to the national grid, a double circuit of 230 kV, runs from the Jurupari substation in Almeirim to substations in Laranjal do Jari and Macapá.[7] The Tucuruí Hydroelectric Dam has an installed capacity of 8,370 MW.[8] The total transport capacity of the high tension lines is 2,400 MW. Optical fiber cable was run along the transmission lines for use in broadband internet and telephony.[9] The optical network with multiple 100 gigabit per second carriers was installed by TIM Brasil, designed with 17 optical spans.
Prompt: Star Tower is a digital television and FM radio transmitting tower on Winton Road near North Bend Road in the College Hill neighborhood of Cincinnati, Ohio designed and built by the Landmark Tower Company. The three-legged lattice tower stands 954 feet (290.8 m) high. It is one of the tallest lattice towers in the world and the second tallest of the four that rise above 900 feet in Cincinnati, Ohio.[1] The tower is owned by the Sinclair Broadcast Group, though the company owns an additional tower in Mount Auburn for its main station in the area, CBS affiliate WKRC-TV (next to WSTR and WKRC's studios).
Prompt: Above the 67th-floor observation deck is the building's spire, composed of a glass lantern rising 27 feet (8.2 m), topped by a stainless steel pinnacle extending another 97 feet (30 m).[14][29] The spire rises 124 feet (38 m) and weighs 8 short tons (7.1 long tons; 7.3 t).[30] The author Dirk Stichweh characterized the spire as giving the impression of a mountain peak covered with snow.[9] The spire had a beacon, which was described as being "visible for 200 miles at sea and inland",[14][31] though in reality the beacon could only be seen from 20 miles (32 km) away.[32] W. Parker Chase, writing in 1932, characterized the spire as being "almost sensational in its 'differentness'".
Prompt: United Overseas Bank Plaza (UOB Plaza) is a complex with twin tower late-modernist skyscrapers in the city of Singapore. UOB Plaza One was one of the three tallest in the city, sharing the title with the OUB Centre and Republic Plaza, but it is now the second tallest since the construction of Tanjong Pagar Centre in 2016. UOB Plaza Two is a shorter and older building with construction completed in 1973 and was later renovated in 1995 with a similar facade as UOB Plaza One. Both buildings are connected by a 45 m (148 ft) podium supported by four columns. The podium houses the banking hall of the United Overseas Bank's main branch. The building was opened by then Senior Minister Lee Kuan Yew on 6 August 1995 which was 60 years after the founding of the United Overseas Bank.[7]
Prompt: Cheung Kong Center is a skyscraper in Central, Hong Kong designed by Cesar Pelli. It is 68 storeys tall with height of 283 m (928 ft) and a gross floor area of 1,260,000-square-foot (117,100 m2). When completed in 1999, it was the third-tallest building in the city after the Central Plaza and Bank of China Tower. The Cheung Kong Center sits on the combined sites of the former Hong Kong Hilton, which was demolished in 1995/6, and Beaconsfield House, sold by the Government in 1996. It stands between the HSBC Hong Kong headquarters building and the Bank of China Tower.
Prompt: One Raffles Place, formerly Overseas Union Bank Centre or OUB Centre[6][7] is a skyscraper in Downtown Core, Singapore. With a height of 280 m (920 ft), it was formerly the joint tallest building in the city together with the UOB Plaza and Republic Plaza, until the construction of Guoco Tower in 2016. The building sits at the city centre of Raffles Place.
Prompt: The tower is turned 45 degrees from the axis of the ground floor level to maintain sea views from the upper floors.
The building has 15 double-decker vertical lifts.
The tower was designed to reflect a subtle Oriental influence.
The main lobby is four storeys high, finished in polished granite and ceramics.
The lobby is framed by concrete-filled tubular steel columns.
The exterior façade transitions from granite with strip windows to tinted wall glass, smoothly inclining from an octagonal base to a square top.
The tower rose rapidly despite building complications which included an MRT line beside the site, historically important buildings nearby, as well as natural boulders and abandoned piles underground.
The tower was built on a caisson with more than 900 mini piles.
The construction was completed in just under two years using the fast track process.
A total of 8,600 tons of structural steel and 31,000 cubic metres of concrete was used.
After nightfall, only the glass top is visible when it is lit from within.
Office Lettable Area: 778,770 sq ft (72,350 m2)[6]
Retail Lettable Area: 18,483 sq ft (1,717.1 m2)
Prompt: AXA Tower, also known as 8 Shenton Way and formerly The Treasury and Temasek Tower, is the 16th-tallest skyscraper in the city of Singapore, at 234.7 m (770 ft), and the tallest cylindrical building in the world. It is currently in the process of demolition.
Prompt: The architecture of Ilham Tower with its dramatic lines and form is destined to be the toast of the city. Comprising 33 floors of office suites and 22 floors of serviced apartments, adding up to a gross floor area of 93,000 m2 (1,000,000 sq ft).[3] Ilham tower has parking facilities for employees and visitors.[4]
Prompt: It is the main building of the complex, located on the western side of the axle and is a landmark. This component represents the commitment to art, spreading music, dancing and theater. Their suggestive reference to the nautical activity is almost like a metaphor of a boat that had run aground on the ancient riverbed of Turia. The building has an area of 37,000 square meters and more than 70 meters in height. Inside, you will find four large rooms: the main hall, the Aula Magistral, an amphitheater and Theater and House and also a showroom. The spaces are varied and numerous. Cantilever slabs at different heights are joined by stairs hidden between the cover’s metal side, in addition to the elevators with panoramic views of the city. The cover or ‘pen’ is the most spectacular structure with 230 meters long and more than 70 meters height while the two ‘shells’, which embrace the buildings, are constructed of steel sheet with an approximate weight of 3,000 tons lined by the outer ceramic coating. The maximum dimensions of the building envelopes are up 163 meters long and 87 meters wide.
Prompt: It is 40,000 square meters on three floors. From the outside, its image appears to be the skeleton of a prehistoric animal or perhaps a huge whale. The particularity of being an interactive museum of science makes it a special place for youth and children. Unlike any other conventional museum, the late signs of ‘prohibited touching’ of each sample invite them to come and participate, learning in each of the interventions. Its appearance is descontracturado playful and striking as the huge ‘bones’ which was coined. Its design is based on the repetition of the asymmetric structure in the shape of ribs. These ribs are connected by metal white horizontal longitudinal elements that surround the front glass. As is often repeated in Calatrava’s designs, the structure is a protagonist and always in sight.
Prompt: The idea of the project is that the volumetric structure of the complex supports the hierarchical system of public places visually and functionally. The creation of a hierarchical system of public zones at various levels facilitates the transition from small to large groups and from private to semi-public and public places, allowing for dynamics and a sense of belonging to the place. The area that one perceives as belonging to his or her home can extend far beyond the boundaries of the actual housing, which leads to greater use of public places. The arrangement of blocks on the principle of gradation of open areas with semi-public and public places allows residents to both expand their social habits and meet new people and have a fairly narrow social circle. The main function of the public space is to provide an arena for an active life, daily unplanned actions - walks on terraces, games and casual social activity, from which additional forms of social interaction can develop if desired. Life in the building has the opportunity for communication at various levels, which will strengthen and support a variety of social processes. When planning the internal space, the basic rules for
Prompt: The towers are connected by public floors at +14,400 and +50,200. These floors accommodate public facilities where residents of all the towers can meet and spend time together. The layout of the public floor at +50,200 is free in order to create a flexible and mobile environment with the possibility of transformation, thereby providing a change of impressions and give a choice of what users want to see in this space. These areas can be used as exhibition halls, libraries, creative studios, lounge areas and more. Classrooms, conference rooms, meeting rooms, as well as a sports area are located on the 4th floor of the stylobate. There are terraces on the roofs of the stylobate and the public block providing a place for relaxation and outdoor sports. The main advantage of these spaces is that people can make new personal and professional acquaintances, exchange experiences and opinions. With such a commonality of interests, the atmosphere reminds that of a “startup”, where each participant complements the other.
Prompt: At this level, the residents of the complex interact not only among themselves, but also with the residents of the city. From the 1st to the 3rd floor there are non- residential premises for public use. This space houses vestibules, reception areas for meeting visitors, technical and technological premises, retail, other services and catering. The premises around the perimeter have separate entrances and the possibility of being combined and transformed. Independent entrances for residents and guests of the co-living are located on the northwest and northeast sides of the complex. The structure of the building includes 6 evacuation stairs from the stylobate and 6 stairs from the towers with exits through different vestibules of the building. The dimension of the 1st floor is 168x54m.
Prompt: The building has a combined structural system that represents a frame- barrel supporting system with cantilevered ceilings with shifted diagonal axes. The rotation of the volumes around the axis is provided by deep beams with a height of 3.25 m in each block with reinforcement of columns. In residential blocks, the stiffness of the corner sections is ensured by capitals that transfer the load to a deep beam. The office block is designed as a solid metal structure of I-beams with a section of 700x700, with a swivel connection with the columns and a stiffness core. To ensure a geometrically unchanged design, a diagonal type of lattice with an ascending diagonal was chosen. The spatial rigidity of the building is ensured by the joint work of load-bearing structures: reinforced concrete floor slabs, beams, trusses, columns and vertical cores, which are the staircase and elevator units that have a hard seal in the base plate.
Prompt: The idea here is to create a form whose base is a square and follows the lines of the surrounding streets and rises to a circular shape which is an ideal form for wind force resistance.
Facade elements are organically designed to reduce the feeling of square to circle deformation. The orientation of the elements can vary to create alternative patterns. Here we only have two alternatives, but we can play with the directions and scale of the elements to create many other alternatives.
The large marina, located in the middle of the flat, is in the form of the common courtyard of the residential and hotel buildings. The island of Luampa allows the creation of new areas on the existing shallow waters at the least cost. It is especially designed for small centers with little or no built-up areas. In order to increase the green area, balconies are designed on all floors of the project floors and these balconies are equipped with green flower pots.
Prompt: The idea here is to create a form whose base is a square and follows the lines of the surrounding streets and rises to a circular shape which is an ideal form for wind force resistance.
Facade elements are organically designed to reduce the feeling of square to circle deformation. The orientation of the elements can vary to create alternative patterns. Here we only have two alternatives, but we can play with the directions and scale of the elements to create many other alternatives.
The large marina, located in the middle of the flat, is in the form of the common courtyard of the residential and hotel buildings. The island of Luampa allows the creation of new areas on the existing shallow waters at the least cost. It is especially designed for small centers with little or no built-up areas. In order to increase the green area, balconies are designed on all floors of the project floors and these balconies are equipped with green flower pots.
Prompt: This design is proposed in the vicinity of New York Metropolis as the model city. It is, in fact, a number of skyscrapers with smart hydraulic structures and independent functions which are compactly put together. This structure is, in fact, a smart-structure super robot inspired by Boston Dynamics technology and managed by artificial intelligence. One of the main differences of the hospital structure and form is that its function, working mechanism, and architectural form change thanks to artificial intelligence and robotics according to the situation. As soon as a crisis arises, the structures are spread apart on huge rails and hydraulic infrastructures at land or sea level and spread at high levels like tree branches. Each of these structures has thousands of modular and movable chambers that move horizontally and vertically , just like an elevator, in the body of the structure according to the patient’s conditions.
Prompt: The connection between the different modules would be carried out by means of bridges, which would allow residents to move between the different spaces of the city easily and safely. The city in the sea would have a focus on the conservation of the environment and marine biodiversity. This would be achieved through the protection of marine life and the restoration of marine ecosystems. In addition, the city would be designed to withstand extreme weather events, such as hurricanes and tsunamis. Residents would have access to basic services such as schools, shops, health services, sports facilities, among others, in addition to a circular economy. The idea of a city in the sea has been proposed by various companies and organizations, and although it is still a concept in development, it is believed that it could be an innovative and sustainable solution to the overpopulation and environmental problems facing our planet.
Prompt: This name combines the Greek word "thalassa", which means sea, and "polis", which means city. Therefore, Thalasopolis would be the city of the sea. The Thalasopolis concept is an idea that proposes the creation of self-sufficient communities built on water. This idea stems from growing concern about climate change, rising sea levels, declining natural resources, and overpopulation on land. The idea of this project is the construction of a floating mega city in the sea that is totally sustainable and energetically self-sufficient. The city would be made up of curved modules, inspired by ship design, with an aerodynamic shape to reduce wind and water resistance, and made of highly corrosion-resistant materials. Each of these modules would be designed to be energy efficient and would generate its own power through the use of solar panels and wind turbines. In addition, advanced technologies for wastewater treatment and rainwater collection for the supply of drinking water would be used, as well as the implementation of waste recycling and composting systems. One of the most important features of this city would be the inclusion of large interior gardens in each module, which wo
Prompt: This is a list of Roman dams and reservoirs. The study of Roman dam-building has received little scholarly attention in comparison to their other civil engineering activities, even though their contributions in this field have been ranked alongside their expertise in constructing the well-known Roman aqueducts, bridges, and roads.
Prompt: Only a relatively small stretch of the aqueduct still stands, consisting of 38 arched pillars standing 25 metres (82 ft) high along a course of some 830 metres (2,720 ft). It is constructed from opus mixtum – granite ashlar blocks interspersed with red brick – utilising a double arcade arrangement. The structure originally brought water to the city from a reservoir called the Proserpina Dam, fed by a stream called Las Pardillas, around 5 km (3.1 mi) to the north-west of Mérida. It is thought to have been constructed during the 1st century AD, with a second phase of building (or renovations) around 300 AD. In later centuries, the inhabitants of Mérida dubbed it the "Aqueduct of the Miracles" for the awe that it evoked. The aqueduct was one of three built at Mérida, the other two being the 15 kilometres (9.3 mi) long Aqua Augusta, fed by the Cornalvo reservoir, and San Lázaro, fed by underground channels.[3] The aqueduct is preserved as part of the Archaeological Ensemble of Mérida, a UNESCO World Heritage Site.
Prompt: Rock-fill dams are embankments of compacted free-draining granular earth with an impervious zone. The earth used often contains a high percentage of large particles, hence the term "rock-fill". The impervious zone may be on the upstream face and made of masonry, concrete, plastic membrane, steel sheet piles, timber or other material. The impervious zone may also be inside the embankment, in which case it is referred to as a "core". In the instances where clay is used as the impervious material, the dam is referred to as a "composite" dam. To prevent internal erosion of clay into the rock fill due to seepage forces, the core is separated using a filter. Filters are specifically graded soil designed to prevent the migration of fine grain soil particles. When suitable building material is at hand, transport is minimized, leading to cost savings during construction. Rock-fill dams are resistant to damage from earthquakes. However, inadequate quality control during construction can lead to poor compaction and sand in the embankment which can lead to liquefaction of the rock-fill during an earthquake. Liquefaction potential can be reduced by keeping susceptible material from being satura
Prompt: A core that is growing in popularity is asphalt concrete. The majority of such dams are built with rock and/or gravel as the primary fill. Almost 100 dams of this design have now been built worldwide since the first such dam was completed in 1962. All asphalt-concrete core dams built so far have an excellent performance record. The type of asphalt used is a viscoelastic-plastic material that can adjust to the movements and deformations imposed on the embankment as a whole, and to settlement of the foundation. The flexible properties of the asphalt make such dams especially suited to earthquake regions.
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Neo Kotsiubiiv (Нео Коцюбіїв)
(neokotsiubiiv)
Member since 2023
Ukrainian dreamer show numerous variations of the Kotsiubiiv National Opera and Ballet Theatre. If you want to use some work in your works, you can do it. I would be glad to see the use or implementation of my robots somewhere. I wish you success in your work. P.S.: Українець - це шлях (Андрій Павленко). Борітеся — поборете (Тарас Шевченко)!
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