Prompt: Besides the bio-air condition of the atmosphere provided mainly by the evapo-perspiration of the plants, and in addition to the electricity generated by the axial wind turbines implanted on the roofs-blade in the funnels, the main energy source will come from the concentrating thermodynamic plant. This will be composed of a collector implanted on the “Abeille Tower” and parabolic helio-static mirrors planted on the Parisian zinc roofs and concentrating towards the collector the sunrays to increase the temperature of a heat transfer fluid. This liquid will be sent in a water heater transforming the water into steam. The steam will make the turbines turn which will pull the alternators producing thus electricity even outside the solar irradiation time, i.e. 24/7.
Prompt: Actually, from the 1st January 2015 the wood combustion will be totally forbidden in Paris and these ducts already drilled will find a second use. The structure in honeycomb will enable to reinforce the resistance of the tower by assuring maximum lighting. The single-family module will be standardized and prefabricated. The concepts of double-wall and double deck will be directly integrated for a maximal spatial flexibility, an efficient innervation of the fluids and an optimal thermal and sound insulation. This great meccano toy with an organic silhouette will be transformed into a true suspended nourishing garden in the sky inviting the Parisian fauna and the flora to thrive
Prompt: A Nissen hut is made from a sheet of metal bent into half a cylinder and planted in the ground with its axis horizontal. The cross-section is not precisely semi-circular, because the bottom of the hut curves out slightly. The exterior is formed from curved corrugated steel sheets 10 feet 6 inches by 2 feet 2 inches (3.2 × 0.7 m), laid with a two-corrugation lap at the side and a 6-inch (15 cm) overlap at the ends. Three sheets cover the arc of the hut. They are attached to five 3 × 2 inch (7.5 × 5 cm) wooden purlins and 3 × 2 inch wooden spiking plates at the ends of the floor joists. The purlins are attached to eight T-shaped ribs (1¾ × 1¾ × ⅛ inch; 4.5 × 4.5 × 0.5 cm) set at 6 feet 0.5 inch (1.8 m) centres. Each rib consists of three sections bolted together using splice plates, and each end is bolted to the floor at the bearers. With each rib are two straining wires, one on each side, and a straining ratchet (or in some cases a simple fencing wire strainer). The wires are strained during construction. The straining wires do not appear in the original Nissen patent.
Prompt: A dam is a barrier that stops or restricts the flow of surface water or underground streams. Reservoirs created by dams not only suppress floods but also provide water for activities such as irrigation, human consumption, industrial use, aquaculture, and navigability. Hydropower is often used in conjunction with dams to generate electricity. A dam can also be used to collect or store water which can be evenly distributed between locations. Dams generally serve the primary purpose of retaining water, while other structures such as floodgates or levees (also known as dikes) are used to manage or prevent water flow into specific land regions. The earliest known dam is the Jawa Dam in Jordan, dating to 3,000 BC.
Prompt: Modern track typically uses hot-rolled steel with a profile of an asymmetrical rounded I-beam.[14] Unlike some other uses of iron and steel, railway rails are subject to very high stresses and have to be made of very high-quality steel alloy. It took many decades to improve the quality of the materials, including the change from iron to steel. The stronger the rails and the rest of the trackwork, the heavier and faster the trains the track can carry.
Prompt: Structural steel is a category of steel used for making construction materials in a variety of shapes. Many structural steel shapes take the form of an elongated beam having a profile of a specific cross section. Structural steel shapes, sizes, chemical composition, mechanical properties such as strengths, storage practices, etc., are regulated by standards in most industrialized countries.
Prompt: In most of the world, sheet metal thickness is consistently specified in millimeters. In the U.S., the thickness of sheet metal is commonly specified by a traditional, non-linear measure known as its gauge. The larger the gauge number, the thinner the metal. Commonly used steel sheet metal ranges from 30 gauge to about 7 gauge. Gauge differs between ferrous (iron-based) metals and nonferrous metals such as aluminum or copper. Copper thickness, for example, is measured in ounces, representing the weight of copper contained in an area of one square foot. Parts manufactured from sheet metal must maintain a uniform thickness for ideal results.[1]
Prompt: Sheet metal is metal formed into thin, flat pieces, usually by an industrial process. Sheet metal is one of the fundamental forms used in metalworking, and it can be cut and bent into a variety of shapes. Thicknesses can vary significantly; extremely thin sheets are considered foil or leaf, and pieces thicker than 6 mm (0.25 in) are considered plate, such as plate steel, a class of structural steel. Sheet metal is available in flat pieces or coiled strips. The coils are formed by running a continuous sheet of metal through a roll slitter.
Prompt: This « eternal stretching street that is elegant as an I » as Victor Hugo, used to say was created in the 18th Century to resolve the traffic jams and the hygiene problems in the overcrowded old districts by controlling at the same time the popular uprising of the capital city. The model of the rue de Rivoli was extended to all the new Parisian streets leading to a standardization considered by some artists of that time such as the architect as «stifling monotony».
The « Mountain Towers » project aims at controlling smog, making denser and naturalizing thus type of hyper energy and space consuming urbanism by the construction of bioclimatic mountains integratingthe renewable energies on the roofs and in the heart of the blocks. The « Mountain Towers » with positive energies will enable thus to triple vertically the housing in each Parisian housing block by distributing the structural loads through the old ducts of blocked chimneys.
Prompt: Paris has always been rebuilt on itself. Because of a lack of political ambition and visions for the future, is it condemned now in 2014 to remain a museum city or to gentrification? This is the question asked by the « Mountain Towers » to the historic Paris and more precisely to the rue de Rivoli. With its severe elegance and its grandiose rigour of the neoclassicism, the rue de Rivoli, named as the « wall-street », crossed the heart of Paris and stretches from east to west on almost 3 km on the right bank of the Seine river. The urban constraints of the First Empire in the west, same as of the Haussmann period in the east about the alignment and the size of all the buildings of the street offer to Paris its monumental appearance with strict lines and surprising effect of perspective that suited Napoleon whowanted to build a prestigious street dedicated to luxury.
Prompt: Following the Climate Energy Plan of Paris aimed at reducing 75% of the greenhouse gas emissions within 2050, the « 2050 PARIS SMART CITY » project is a research and development work on the integration of high-rise buildings with plus-energy (BEPOS) producing by solidarity all together energy for the surrounding areas. In order to fight against the urban heat-island phenomenon by increasing in the same time the density of the city in the long-term, this study presents 8 prototypes of mixed towers. These towers repatriate the nature in the heart of the city and integrate from their design the rules of bioclimatism and the renewable and recyclable energies in short loop through innovative systems. Turned to new social innovations, they invent first new eco-responsible ways of life to implement the quality of life of the city-dwellers in the respect of the environment.
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: 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: The artificial island "Luampa Island" concept consists of 7 separate blocks, 4 low-rise, 2 middle-floor and 1 skyscraper. The blocks surround a circle that is constantly connected to each other in a unity. There is a shopping mall open to "Luampa Island", which is a mixed structure, a 5-star hotel with 160 rooms, office floors and residential blocks.
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: Calatrava designed it from the outset in white concrete, like the rest of the ensemble, with a heavy metal. Its structure resembles a lattice, with a succession of 55 fixed and 54 floating arches of metal. The maximum height from the bottom of the arches fixed to the floating key is 18 meters. The tour covers the floor with wood Teak, a tropical wood suitable for installation in outdoor areas, as it supports the assault of wind and rain with a minimum wear.
Prompt: It forms part of the project, it is constructed of three skyscrapers of 308, 266 and 220 m. The project has been put on hold and the possibilities that it will be finished are seen by many as doubtful. Yet the Valencian architect Santiago Calatrava is facing legal action from his home city of Valencia because parts of the opera house roof at his City of Arts and Sciences complex are falling off just eight years after completion. He has been heavily criticized for the cost of the City of Arts and Sciences complex and was accused of ‘bleeding Valencia dry’ over alleged fees of €100 million for the showpiece cultural center, despite the coming in four times over budget at over €1 billion.
Prompt: An algorithmic process of design has been followed by creating a differentiated array of a hexagonal floor plates that variably changes scale based on environmental criteria, functional aspects, structural logics and aesthetic parameters. Parametric modeling and computational simualtions, namely, solar insolation and CFD analysis were carried out to verify the climatic effects of twisting geometries. Key to these forms of adaptation is the relationship of the building to their environment and the contextual forces that shape the form development and environmental behavior.
Prompt: A central tube core anchors each tower that arises 290m above ground level carrying a twisting form. The form is encapsulated by a triangulated exoskeleton articulating a multistory atrium located at the extremities leaving clear floor plates for functional distribution. The triangulated structure geometry with an average base height of 1:4 floors extends across the facade to form the exoskeleton. The rotational and scaling aspects of floor plates around the central cores creates a folding form that grows high to create an amorphous geometry with atriums that spiral along the towers in two different directions as per climatic aspects. The parametric model based on environmental calculation projects the lines of the exoskeleton onto the free-form facade, with which a mesh wireframe is generated. In the free-form areas, the exoskeleton’s tubular structural steel is single-curved and clad with composite aluminum panels, most of which are double curved. A multi-objective optimization is carried out to create a novel form where two dynamic looking towers connect at three distinct levels with structural bridges formed by tubed trusses that stretch out from the exoskeleton.
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 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: 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: 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 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: 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: 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: 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: A public aquarium (pl. aquaria) or public water zoo is the aquatic counterpart of a zoo, which houses living aquatic animal and plant specimens for public viewing. Most public aquariums feature tanks larger than those kept by home aquarists, as well as smaller tanks. Since the first public aquariums were built in the mid-19th century, they have become popular and their numbers have increased. Most modern accredited aquariums stress conservation issues and educating the public.[1]
Prompt: Athletic fields surrounding the building were razed to create a new surrounding landscape. The main pedestrian entrance was placed at podium level, as with the other buildings on campus. A long pathway from nearby Suen Chi Sun Memorial Square to an open foyer creates a focal point, where the building space opens to shops, a cafeteria, museum, and exhibition area.[1]
Prompt: Zaha Hadid's firm won the competition to design the building in 2007. The competition brief called for "a beacon structure symbolising and driving the development of Hong Kong as a design hub in Asia." She and her team took as their guiding principle the "collateral flexibility" between the departments to be housed in the building. Their solution was to "dissolve ... the classic typography of tower and podium to create a seamlessly fluid new structure ... creat[ing] a building which is inherently organised and understood to visitors from the point of entry."[1]
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: The WHDH-TV tower is a free-standing lattice tower with a triangular cross section located in the Newton Upper Falls section of Newton, Massachusetts. It built in 1960 by RKO General and is currently owned by Sunbeam Television, which uses it to transmit its Boston television stations, WHDH (channel 7) and WLVI (channel 56), which shares WHDH's channel spectrum.[1][2] It was originally built for RKO-owned WNAC-TV, the original occupant of channel 7, until it surrendered its license in May 1982 due to long-standing issues with its parent company, when the tower and studio assets were transferred to the new channel 7 licensee.
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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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