National Grand Theater, Beijing

PROJECT DESCRIPTION

The Beijing National Grand Theatre: a cultural island in the middle of a lake. The building is situated in the heart of Beijing on Chang An Avenue next to the Great Hall of the People and about 500 meters from Tian An Men Square and the Forbidden City.

It is a curved building, with a total surface area of 149,500 square meters, that emerges like an island at the center of a lake. The titanium shell is in the shape of a super ellipsoid with a maximum span of 213 meters, a minimum span of 144 meters and a height of 46 meters). It is divided in two by a curved glass covering, 100 meters wide at the base. During the day, light flows through the glass roof into the building. At night, the movements within can be seen from outside. The building houses three performance auditoriums – a 2,416-seat opera house, a 2,017 seat concert hall and a 1,040 theatre – as well as art and exhibition spaces opened to a wide public and integrated into the city. The building is connected to the shore by way of a 60-meter long transparent underpass. This entrance leaves the exterior of the building intact, without any openings and mysterious looking while providing the public with a passage from their daily world to the world of opera, fiction and dreams.

The areas inside that are open to the general public take the form of an urban district with its succession of different spaces: streets, plazas, shopping areas, restaurants, restful spaces and waiting lounges. This public area is highly developed in order to endow the building with its open, popular character. The complex is designed as an open forum not a place for elitist shows. The different performance auditoriums open onto this common concourse. Their entrances are positioned so as to ensure an even distribution of people, and a smooth, easy flow everywhere while giving each element in the project a distinctive character.

The opera house is at the center. It is the single most important element in the project, and by the art that is practiced there, it is the one that is most dependent on convention; most mysterious too. The concert hall and the theatre are situated on either side of the opera house. Access to the performance halls must never be brutal. It has to be something gradual, something that requires time and space. The performance halls and public areas are built on a base that houses all operating and support facilities in a complex designed to be as efficiently and economically organized as an industrial production area. At the same time, this technical utility area never mars the harmony of the public areas and the pleasure of visitors and theatre-goers. Paul Andreu architecte

ARCHITECTS•ENGINEERS•PLANNERS

The National Grand Theatre of ChinaThe opera house is covered in a gilt metal mesh. It is opaque over the walls and when the areas behind it are unlit but it becomes partially transparent when there is light in such as way that it reveals what is there while creating a distance. The spectators enter the opera house through one of the two big doorways in the gilt ring wall. When they cross this threshold they penetrate into a world of vertical circulation that takes them even farther away from the outside world and draws them near the point in time and space when the show will begin. From the lobby, they are still visible in the distance created by the partial transparency. The wall thus expresses closure and separation but also, and more significantly, the psychological and symbolic distance that has to be crossed to gain access to the world of theatrical conventions. The whole project can be defined as a play on successive envelopes, passages and crossings, transparency and light. A lounge on the highest level under the roof affords the general public and theatre-goers alike with a view of the city all around that varies at different times of the day. From here, the city can be rediscovered from a hitherto unseen perspective.

The decision to build the Grand National Theatre in a place of such historical and symbolic import clearly testifies to the importance given to culture in its relationship with history and the contemporary world. In such a context, it was out of the question to make an obscure, less prominent building of lesser importance. But neither could it pretend to be an isolated structure onto itself. For this reason, we strove to create a building that shows respect for the buildings around it, each of which marks in varying degrees the history of architecture in China, but that demonstrates the vitality of modern architecture by being as bold as they were in their day. We have sought to achieve this harmony through a combination of modesty and ambition, agreement and opposition, and have made improvements at every stage thanks to the valuable comments and suggestions we received. But we never lost sight of what we considered essential from the start: that the Beijing National Grand Theatre be part of the fabric of the city, a theatre in the city, a new district of spectacles and dreams open to one and all.

Moon Shaped Skyscrapers

With the ambitions of civil engineers flying high and high, Korean Heerim Architects has tried to reinvent the skyscraper with their two projects in central Asian republic of Azerbaijan. They have proposed a skyscraper to be built in Baku, capital of Azerbaijan with a view on the Caspian sea. The name of one of the building is proposed as Full Moon Bay and the other is Crescent and Caspian Plus.

Here are few pictures of what could possibly be a real challenge for civil engineers to built

(Click the Images for Larger View)

This Looks Likes A Dream


A Complete View Of The Proposed Moon Shaped Skyscraper


The Sky Is The Limit For Civil Engineers

Buildings of Future

These are some of the future Building Projects

The Spiral Cones



Breath Taking Architecture



Insinde Sand



Inside Water



Sky Scrapers



World's Tallest Builidng



Blade Running Ones



Endless Construction



Sub Urban



Artificial Islands



These are few children of Concrete Bhramas

Gods created endless creatures so as Civilizers

Sky City 1000

Sky City 1000

Sky City 1000 is a possible future urban project aimed at helping put an end to major congestion and lack of green space in the Tokyo, Japan Ward area

The plan consists of a building 1000 meters (3280.8 feet) tall and 400 meters (1312 feet) wide at the base, and a total floor area of 8 km² (3.1 miles² or 1976.8 acres). The design, proposed in 1989 by Takenaka Corporation, provides for 35,000 full-time residents and 100,000 workers. It comprises 14 concave dish-shaped "Space Plateaus" stacked one upon the other. The building would include residences, offices, commercial facilities, schools, theatres and other modern amenities.

Since its announcement it has garnered much attention among the world's architectural establishment. Many hope that within a decade or so it will be fully realised by the Tokyo Metropolitan Government and Japan's largest corporations.

Apparently, the project is taken very seriously and Tokyo's only fire helicopter has been used in simulation tests to see what the danger would be if a fire were to break out in one of the buildings. Also, triple decker high speed elevators which would be used in the building and would contain up to 70 people are being designed in experimental labs outside Tokyo.

Although this project has gained more serious attention than many of its alternatives, it can be considered similar to projects such as X-Seed 4000 and Sir Norman Foster's Millennium Tower and, in ultra-high density, mixed use concept, to theories like Paolo Soleri's Arcology and Le Corbusier's Radiant City.

The "Ultima" Tower, Two-mile High Sky City

The "Ultima" Tower, Two-mile High Sky City

Any densely populated urban environment

Project Owner: None
Location: Any densely populated urban environment
Date: 1991
Cost: $150,000,000,000.00
Population: 1,000,000 people
Exterior surface area of building: 150,000,000 square feet
Enclosed volume: 53,000,000,000 cubic feet
Square footage: 1,500,000,000
Total enclosed acreage: 39,000 acres
Elevator speed: 20 feet per second (13 miles per hour) 9 minutes and 40 seconds to reach the top floor from the ground floor.
Dimensions: Height--10,560 feet;
Diameter at the base--6000 feet;
Number of stories--500;
Total Square Feet: Approximately 5,000,000 square feet



Why build a two-mile high, one mile wide building?

To prevent the uncontrolled blight of the natural landscape by rapacious developers and industry. At current rates the surface of the planet will be nearly totally covered with residential, commercial and apartment dwellings within the coming century. Large structures such as these bring nature upward to preserve the natural surroundings and to add natural surroundings in a controlled environment.
This two-mile high, trumpet bell-shaped, tension structure is the most stable and aerodynamic shape ever conceived for a tall structure. Its upper level wall thicknesses are the same as the lower level wall thicknesses unlike other structural systems that are extremely tall. It is like a suspension cable bridge stood on end.
There are 120 levels to the structure with great heights at each level. The scale of this stucture is such that the entire central district of Beijing could fit into its base. One must not think in terms of floors but, instead, imagine entire landscaped neighborhood districts with "skies" that are 30 to 50 meters high. Lakes, streams, rivers, hills and ravines comprise the soil landscape on which residential, office, commercial, retail and entertainment buildings can be built.



The concept can be thought of as what would happen if nature grew upwards with multi-soil levels. Of course the structure itself acts like a living organism with its wind and atmospheric energy conversion systems, photovoltaic exterior sheathing, and opening/closing cowl-vent windows that allow natural air into the interior without mechanical intervention. The exterior walls are made of structural glass that conforms to the cris-crossing, double helix, cable strand tension system that disperses all exterior forces along the surface.
If wind or earthquake shock waves pushes or disturbs one portion of the structure the other portion absorbs and dissipates the forces. Ecological efficiency is a rule and all areas of the structure feature resource conserving technolgy such as recycled building materials, compost toilets, nature-based water cleansing systems for all buildings, plentiful amounts of forrest, plant life and water-based ecosystems.

In essence, Ultima Tower/Sky City is more an ecosystems design than an architectural habitation design. The structure provides a basis for architectural development upon which architectural diversity can flourish. Sunlight is brought into the center of the structure by means of a hollow, mirrored core that reflects sunlight and disperses it within the structure. This allows for both interior and exterior sunlight to exist in plentiful amounts.
The tower sits in a natural setting in a large lake. The lake water is drawn up throughout the structure and used for cooling floors and walls. A portion of this water is heated by large passive solar panels and left to fall by gravity to be used at the various levels. No internal combustion engines or toxic pollutants exist within the confines of the structure. Everything is hydrogen gas, electrical or water powered and all heating cooling is regulated by plants and trees.

Construction Materials:

High-strength steel, high-strength concrete, stainless steel, anodized aluminum, acrylic, patina copper, stainless steel cable, self-shading glass, composite ceramics, tempered glass.

Special Features:

Atmospheric Thermal Energy Conversion power supplies, built-in windmills, photovoltaic solar cells, hydrogen gas power supplies, self-regulating/self-shading glass, twelve storey-vertical high-speed train system, non-mechanical heating/ventilation and air conditioning system, ground level waterfalls for air cooling and humidity control, aerodynamic cowl window systems, open garden areas on each floor.

Ecological Requirements:

To preserve the natural beauty of nature by condensing the areas of living, working environments, commerce and industry into an upwardly directed architectural structure. Multi-storied gardens are to be infused with architectural components. The presence of natural sunlight, fresh air, breeze and panoramic views are to be of primary importance. Ease and quickness of transportation vertically and laterally is crucial. The building must be fireproof, waterproof, able to resist great wind velocities and be extremely earthquake resistant. Wherever possible reduce energy use. Avoid utility costs and the use of mechanical heating and air conditioning.

General Description of Project:

While engaged in a contracted study of the San Francisco Bay, its population growth, infrastructure, park areas, transportation corridors, etc., We saw at once the need for preserving what little natural park-like areas there were in such a densely composed area like the San Francisco Bay. Transportation was daily growing further and further beyond its capacity. The expansion of urban neighborhoods in and around cities was blighting the earth with more monotony and ugliness. The earth was being eaten up by the continuous disseminating reach of developers. The outward swelling of developing neighborhoods, industrial "parks", of refineries, factories and commercial "strips" all contributed to an offensive countenance of the area.



This increasing dilation of people and property is devastating to the well-being of our environment and we are supplanting the health of our natural environment for the superficial mediocrity of our built environment. The continuation of this process will inevitably lead to a kind of psychological and spiritual suffocation by destroying the living environment at an alarming rate. Seeing that urban sprawl shall surely destroy every semblance of our living environment a viable alternative is to go up. That is, to build in such a way as to minimize the "footprint" of our human-made environments and maximize the sense of openness and close proximity to our natural surroundings.

Given the technology and know-how we now have in the construction of large,tall structures a building two miles high is not beyond our means. The trumpet bell shape, modeled after the highest structure created by a creature other than human, the termite's nest structures of Africa, is a most efficient form for its compressive characteristics allow the thickness of the upper supporting walls to be uniform in thickness down through the bottom of the building. No other shape can dispel loads from top to bottom, is effectively aerodynamic and retains such stability in a tall building.

The size of its base would completely enclose the entire financial district of San Francisco, approximately 7000 feet across, and contains four of the world's largest waterfalls surrounded by garden terraces. Gardens are situated at all exterior and interior openings. The whole tower could be thought of as an upward extension of the earth with layers of vegetation growing, level by level. All residences have a minimum of 100 feet by 100 feet of property where 50% of the property is covered by natural vegetation.

Plan

Large bodies of water are placed at twelve separate levels and serve multiple functions; as fire barriers and fire sprinkler system reservoirs, as recycled water catch basins, as recreational lakes, rivers, waterfalls and streams. Whenever possible whole ecosystems are supported within the building. The building is thought of as a living organism in itself capable of sustaining multitudinal life at many scales.

Human beings are an indivisible of this larger life system and are nourished by the presence of other life forms. In this way the best attributes and experiences of nature are brought together to mutually benefit one another physiologically, emotionally and spiritually--a home and work environment unlike any other that has existed in the world. The building is set in the middle of a lake where the lake acts as a reservoir for fresh water to cool the building. The periphery of the building contains 144 elevators with a vertically stacked train system that stops at 30 floors simultaneously. Vertical propulsion is through compressed air. A new concept in electrical power, Atmospheric Energy Conversion, will be tried. This system utilizes the differences in atmospheric pressure, from the base of the building to it's top, and converts this differential to electrical power.

Cooling is based on the African termite nest model where the bottom spaces are cooled with water, in this case waterfalls, the cool air rises and is warmed by bodily activity in the upper floors and exits through different levels of the building. Simultaneously all floors have specially designed windows with aerodynamic wind cowls, so that windows can be opened without having to resist tremendous wind forces. These cowls direct air throughout the interior spaces and act as natural air-conditioners. A series of reflecting mirrors bring direct sunlight into the interior of the building, so that yards and garden areas are exposed to the sun without the danger of high wind velocities. Tsui Design and Research, Inc., is working on a system of water movement from the base to the top of the building, which is based upon the principle of transpiration and cohesion(as found in tall trees) by producing water pressure at the lower levels.

By creating water potential, that is, when a wet and a dry place are joined by a tube of water, the water flows towards the dry area, water can be directed upwards over great distances. The challenge of a very tall building is the transportation of materials from the bottom to top and the maintenance of even levels of temperature, humidity and air pressure. The tree, being nature's tallest example of a living organism, provides the working model for a tall building.The immense surface area of the building, sheathed with photovoltaic solar cells, provides most of the electrical energy requirements. This power source combined with Atmospheric Energy Conversion and windmill power supplies more than enough power to fulfill the energy requirements of the building.

All windows in the building are operable so there is no pressurized, forced-air system used internally. Manually operated windows makes temperature control simple and easy to manipulate. All spaces would have a healthy feeling of cross-circulation and the higher floors have more thinner air than the lower floors--just as it is naturally. Persons who wish to work and live in a higher sea level environment can now do so within the building. The south-facing side of the building has a strong emphasis on open garden balconies and expansive park areas. At the forest levels biological technology plants use sunlight to break down human waste and compost for recycling back into the soil. The building is like a great expanse of natural land turned upward with ten large forest, lake and stream sanctuaries brought up into the sky. The tower is surrounded on all sides by a lake. Sandy beaches, stone cliffs, water inlets, grass, trees and rocky islands create a beautiful and majestic setting. Two six-lane bridges carry vehicles to the underground parking with its 20 levels of parking. No internal combustion vehicles can operate on the immediate site of the building. Only electric cars, propane and hydrogen gas vehicles and bicycles can be used by its one million inhabitants.

A large marina surrounds the building on the east and west sides. Pedestrian walkways and running/bicycling paths abound through hills and dales, grassy knolls, forests and fields. Beaches are easily accessible from any area and small pedestrian bridgeways connect the main building island with smaller islands and the mainland. Persons can hike 11/2 to 2 miles from the building to the mainland. A four-lane roadway surrounds the lake making spectacular opportunities to view the building from the lake's edge.All residential neighborhoods are located at the outer and inner edge of the building closest to views panoramic views and/or sunlight. The square footage between the neighborhood zones are reserved for retail or commercial use depending upon location. Internal taxi cab vehicles carry persons from one end of a floor to the other end at the larger diameter lower floor levels. Taxi drivers would be paid by the home and business owners association so that drivers are residents of the building who earn a livelihood from working there.The shape of the building makes it virtually impossible to be uprooted or structurally disturbed by any kind of calamity.

The buildings structure can be thought of as a giant stainless steel net stretched and anchored over a central high-strength concrete hollow core with a double helix configuration. Thus the entire building is in constant tension able to produce an equilibrium of stress and strain forces coming from any direction. Even in a tornado or hurricane the building cannot buckle or become dislodged because of its inherent strength and ability to dissipate pushing and pulling forces. Add to this its superior aerodynamic qualities of wind deflection(compound surfaces in two planes) and you are presented with a building that, for its weight and size, is virtually indestructible. Using this tension cable system the size of the cables and surface sheathing can remain constant--unlike a typical tall building where the ground level thickness of the walls must be big and heavy.

Urban concept for the 21st century - Sky City - an Intro

Urban concept for the 21st century

Background

This is a new type of city that will offer both intensive functions and an attractive natural environment. Like the technological targets of today, this type of urban development seeks harmony with the natural environment.

Overview

Sky City 1000 is a new type of city offering intensive functions and harmony with the natural environment. Its functions are like those of a medium-sized city (e.g., housing, commerce, education, recreation). Moreover, this vertical city for the 21st century offers a fusion of architecture, transportation, communications, and energy.

Features

1. This artificial city rises 1,000 meters above the ground and covers 800 hectares (2,000 acres).

2. People exist in harmony with the natural environment. The city can accommodate 36,000 residents and 100,000 workers.

3. Thus, the workplace can truly be close to home. A comprehensive environment is constructed with a global outlook that can help alleviate land problems and preserve the natural environment.

Overview of Sky City 1000

Foundation concept

Fire prevention concept