Pre-Engineered buildings are simple in definitions and concept, but extremely diversified in their uses and unique in each design. Each building is basically a system of components that are divided into Primary and Secondary framing, the cover and the accessories. Metal building components can be used in conjunction with other building materials in a building design that reflects the designer’s ideas, the end users needs and compliments the surroundings.
In short, Pre-Engineered Buildings are the buildings of today and future. They are quickly & progressively replacing the traditional method of construction with new ideas that are cost effective, energy efficient, environmentally responsible and aesthetically pleasing with facility of Future Expansion.
Pre-Engineered Buildings can be designed to customer’s needs. All buildings need to be designed and constructed in accordance with various standards to ensure safety, quality and aesthetics.
High Quality Welding Confirming to Latest Design Codes to be followed.
ADVANTAGES OF PRE-ENGINEERED BUILDING
Pre-engineered building system is un-matched in its speed and value. The buildings can be designed for Clear Spans up to 100 meters wide and have Heights above 30 meters. Other benefits include:
- Reduced Construction Time.
- Lower Cost.
- Flexibility of Expansion.
- Low Maintenance.
- Energy efficient roof and wall systems.
- Architectural Versatility.
- Environment Friendly
- Single Source Responsibility.
- Lighter weight as compared to conventional buildings.
- Seismic& Wind Pressure Resistant.
- No fire hazards.
- Weather Proof
APPLICATIONS OF PRE-ENGINEERED BUILDINGS
- Warehouses
- Cold Storages
- Factories
- Workshops
- Offices
- Oil/Gas Stations
- Parking Sheds
- Showrooms
- Aircraft hangars
- Ship Fabrication Sheds
- Auditoriums
- Stadiums
- Labour Camps
- Living Shelters
- Hospitals etc.
- Supermarkets
- Railway Stations
- Telecommunication Shelters
- Institutional Buildings.
RELATED Articles: Pre Engineered Building, Pre Fabricated Building Construction, Prefabricated Sandwiched Polyurethane Panels, Colour Coated Metal Roof Sheeting and Wall Cladding, Thermal Insulation, Acoustic Insulation, Water Proofing, False Ceiling, False Flooring, Electrical Heat Tracing, Build Safe, Technologically Advanced, Versatility in Design & Fabrication, Energy Efficient, Cost Effective Steel Building,
Living room - this is the room where you can spend a great deal of time working, relaxing, celebrating holidays. Therefore, in order of importance, we propose first to consider how to change the interior in the living room.
The most radical, but a suitable and efficient method - overdye wall in the living room. This is the most radical option, but good: a little try now to prepare walls for painting, since you can change colors as often as you wish. We recommend that you experiment a bit with the flowers: the central or most prominent wall pokraste in a certain color, while the other walls in other shades of the same color. You do not even know your living room: it was so pipe up in different colors. Can a wall plastered with paper, but other colors are painted in tones of wall-paper - will also look very attractive and unusual. The most creative nature can not dwell on the usual paint and done, for example, a quote from any work through the stencil and thin brushes.
When painting, do not rush to return all the furniture in the room, it is better to give yourself more space, it shows how life is unnecessary items in the room, which serve as ornaments, but this function perform poorly, and are not used frequently.
If you have a living room not only for leisure but for work, then invite you to isolate the two zones: the working and living. The border should not be insurmountable, it is usually enough visual effect: different shades of colors, textures carpet. You can make shelves for books or a mobile bulkhead. If the rail I do not want to or not possible, then you can just hide the computer and all equipment in the special secretaire, that he and the place is not occupied and does not disturb relax. For conductors, there are special boxes, which are up to 5 wires.
Old furniture, which you keep as a memory better than does this by removing and give it a new form through repainting or decoration. The practice shows that the old things still do not lose their attractiveness, and the functions performed well.
To refresh old sofa would suffice to purchase new blankets.
And if you have gathered to change the furniture in the room, while looking a furniture version of transformers on wheels.
To decorate the room accessories of different types and forms, take the basis of one tone, and then you no longer exist doubts whether they are suited to each other.
Okay fine mirrors in the room, which can visually expand the space of the living room and give her chic look.
1. The Burj Dubai is now the tallest building in the world, according to its developer, Emaar Properties.
Location: Dubai, United Arab Emirates
Developer: Emaar Properties
Architect: Skidmore, Owings, & Merrill
Year: December 2009 (projected)
Height: 818 meters / 2,684 feet (includes spire)
Stories: 162
About the Burj Dubai
Dubai has become a showplace for innovative buildings, and the Burj Dubai is shaping up to be an icon for wealth and progress. The unfinished skyscraper soars higher than Taiwan's Taipei 101, which rises 508 metres (1,667 feet).
2. Taipei 101 Tower in Taipei, Taiwan is currently the world's tallest building - if you count its massive 60-foot spire.
Location: Taipei, Taiwan
Architect: C.Y. Lee & Partner
Year: 2004
Height: 509 meters / 1,670 feet
Stories: 101
About the Taipei 101 Tower
The design of Taipei 101 borrows heavily from Chinese culture. Both the building's interior and exterior incorporate the Chinese pagoda form and the shape of bamboo flowers. The lucky number eight, which means blooming or success, is represented by the eight clearly delineated exterior sections of the building.
Taipei 101 Tower is currently the world's tallest building - if you count its massive 60-foot spire. But when construction is completed, the Burj Dubai in Dubai, United Arab Emirates will outrank Taipei 101 Tower.
3. Shanghai World Financial Centre
A trapezoid-shaped opening near the top reduces wind pressure on the 101 story Shanghai World Financial Centre.
Location: Pudong District, Shanghai, China
Project Architect and Engineer: Minoru Mori, Mori Building Co., Ltd.
Design Architect: Kohn Pedersen Fox Associates P.C. (KPF)
Year: 2008
Structure: Steel-framed and steel reinforced concrete
Height: 492 meters / 1,600 feet
Stories: 101
About the Shanghai World Financial Centre
The Shanghai World Financial Centre, or Center, is a soaring glass skyscraper with a distinctive opening at the top. The original plans called for a 46 meter (151 foot) circular opening that would reduce wind pressure and also suggest Chinese symbolism for the moon. Many people protested that the design resembled the rising sun on the Japanese flag. Eventually the opening was changed from circular to a trapezoid shape.
The ground floor of Shanghai World Financial Centre is a shopping mall and an elevator lobby with gyrating kaleidoscopes on the ceiling. On the upper floors are offices, conference rooms, hotel rooms, and observation decks.
4. The Petronas Towers
Tall spires atop the Petronas Towers in Kuala Lumpur, Malaysia make them among the world's tallest buildings, 10 meters higher than the Sears Tower in the USA.
Location: Kuala Lumpur, Malaysia
Architect: Cesar Pelli
Year: 1998
Petronas Tower 1 Height: 452 meters / 1,483 feet
Petronas Tower 1 Stories: 88
Petronas Tower 2 Height: 452 meters / 1,483 feet
Petronas Tower 2 Stories: 88
About the Petronas Towers
Traditional Islamic design inspired the floor plans for two Petronas towers in Kuala Lumur, Malaysia. Each floor of the 88-story towers is shaped like an 8-pointed star. The two towers have been called cosmic pillars that spiral heavenward. At the 42nd floor, a flexible bridge connects the two Petronas Towers.
5. Sears Tower
The Sears Tower in Chicago was the world's tallest building when it was built in 1973. Today it is the tallest building in North America.
Location: Chicago, Illinois, USA
Architect: Bruce Graham, Skidmore, Owings and Merrill (SOM)
Year: 1973
Height: 442 meters / 1,450 feet
Stories: 110
About the Sears Tower
To provide stability against high winds, architect Bruce Graham used a new form of tubular construction for Sears Tower. Two hundred sets of bundled tubes were laid into the bedrock. Then, 76,000 tons of prefabricated steel in 15-foot by 25-foot sections were put into place. Four derrick cranes moved higher with each floor to lift these steel "Christmas Trees" into position.
Facts about the Sears Tower:
* The Sears Tower covers two city blocks and has 101 acres (4.4 million square feet) of office and commercial space.
* The roof rises a quarter of a mile -- 1, 454 feet (442 meters).
* Its highest occupied floor is 1,431 feet above the ground.
* The foundation and the floor slabs have some 2 million cubic feet of concrete -- enough to build an eight-lane highway five miles long.
* The Tower has more than 16,000 bronze-tinted windows and 28 acres of black duranodic aluminum skin.
* The 222,500-ton building is supported by 114 rock caissons. Each is securely socketed into the bedrock.
* A 106-cab elevator system (including 16 double decker elevators) divides the Tower into three separate zones, with skylobbies in between.
* Two domed entrances, one with skylights, were added in 1984 and 1985.
