Bamboo Reinforced Concrete
Concrete has great compressive strength but needs more materials for tension. In the past, the steel used to reinforce concrete low tensile load. Furthermore, other materials are also used as fiber reinforcement. The ‘green’ construction, which seems to be limited to the physical structure embodied energy. We think highly of the rapid turnover and reinforces the need to find materials that can serve as. At the same time, the material will have to work in extreme conditions correctly. In 1966 at Naval Engineering laboratory released the document of “BAMBOO REINFORCED CONCRETE CONSTRUCTION” and noticed the ultimate use of bamboo as reinforcement for construction. There are so many types of bamboos are available in the world for best properties for this use. BAMBOO can replace the steel reinforcement in construction if it will be coated by decay resistance cover. As like steel, bamboo can be bent by applying heat which can form pressure. By this method Bamboos can be bent in to C shape and like in stirrups. It can be placed either wet or dry bamboo. To avoid moisture in Bamboo waterproof coating added to the exterior. This coating can avoid the swelling of Bamboo during construction. Waterproof coating is required because without this bamboo will swell during construction and there are chances of damage of structure.
Cool roofs offer specially designed to reflect the sun and reduce thermal emittance. In other words, they reflect more sunlight than your average roof, and the top of a building in the hot or cold air leaking roof. Under the intense heat of the summer sun, dark ceiling tile can reach 150 degrees Fahrenheit (65.5 degrees Celsius) temperatures. Reflected in a cool roof can reduce more than 50 degrees. More…
Now its time gone to remember all the unit weight …
Just remember a simple formula and get all the unit weight of reinforcement ..
And the formula is …..
M20 = 1:1.5:3
Volume = 1+1.5+3=5.5
Total volume ingredients for using =1.57
Volume of broken stone Require = (3/5.5) x 1.57 = 0.856 m3
Volume of sand Require = (1.5/5.5) x 1.57 = 0.471 m3
Volume of cement = (1/5.5) x 1.57 = 0.285 m3
= 0.285 x1440 = 411 kg
For 1m3 of M20 (1:1.5:3)
Broken stone = 0.856 m3
Sand = 0.472 m3
Cement = 8.22 bag
you can simply calculate quantity of cement of all the grade of concrete by mentioned method….
Construction Of Statue Of Jesus Christ
Local engineer Heitor da Silva Costa designed the statue; it was sculpted by Polish-French sculptor Paul Landowski. A group of engineers and technicians studied Landowski’s submissions and the decision was made to build the structure out of reinforced concrete (designed by Albert Caquot) instead of steel, more suitable for the cross-shaped statue. The outer layers are soapstone, chosen for its enduring qualities and ease of use. Construction took nine years, from 1922 to 1931 and cost the equivalent of US$250,000 ($3,300,000 in 2014). The monument was opened on October 12, 1931. The statue was meant to be lit by a battery of floodlights triggered remotely by shortwave radio pioneer Guglielmo Marconi, stationed 5,700 miles (9,200 km) away in Rome, but poor weather affected the signal and it had to be lit by workers in Rio.
You are not seeing any National Highway, Its Aerial View of Narmada Canal Gujarat.
Narmada Main Canal is a contour canal. It is the biggest lined irrigation canal in the world. It is about 458 km. long up to Gujarat -Rajasthan border and 74 kms further in Rajasthan. More…
The construction and reconstruction are spread over several centuries. Great Wall construction around 220 BC BC began. Until 1500, it was created on and off for many centuries.
How it was Made.
In the Qin Dynasty, the wall was made by several methods. Workers will put down a thick layer of raw land. This was used as a base type. In addition, they will be placed in a layer of silt and clay, known as the Loess. The Foundation was created, it was used to build the wall of the living earth.
To create a live wall means, workers filled the land with wooden frame and the foundation was laid. A break for them until it was too fragile. It is a thin layer of compacted clay. They are the last to be placed on all levels. Fragments of stone and other debris were added to the wall to try and get even stronger.
It was a long process.
There were different ways to build the Great Wall of the Ming Dynasty. Such as kilns to make bricks for building strong had better technique. They crashed earthen wall of the building and the wall can be used as the innermost layer. Then methodically put them together in the outer layer would use bricks and stones. They were made of rice and lime mortar for bricks was special.
This method made a wall that was many times stronger. More…
The decision led to the construction of the Colosseum, Roman Emperor from AD 79 to June 1, July 69-23 was taken by Vespasian. His government soon after Nero’s little-known rule. During the reign of Nero in 64AD destroyed in the great fire of Rome. Nero land in the city proper and a lake and gardens built a fabulous palace, (” Golden House ” in Latin) was named Aurea home. 100-120 ft (37m) high measuring a colossal statue of Nero’s Roman was built on the site and has become a landmark in the city of Rome . Arena (Amphitheatre Statilius Taurus ) before the great fire ‘ Roman plebs’ are ordered by Nero to placate and was built in 57AD Amphitheatrum Neronis that was destroyed with a wooden amphitheater built ” during the burning of the stone . Narrow passions andto convey the grandeur of Rome. More…
Advantages of Lightweight precast concrete floors:
35 % compared to the regular precast concrete floor slab of the floor to reduce the weight of the frame is lighter and less structural columns and beams, are needed.
Longer allow (14m X 14m) in a clear and thin but equally strong, the maximum unobstructed floor space and cannot see the open roof spans concrete structures.
Designed to fit and also provides full architectural design freedom : plate size and shape, with maximum dimensions of the customer ‘s specification factory 4m x 10m, 4 different across the floor height ( 280 mm , 340 mm long , The pipe , in the ducts, of wiring or concrete core air conditioning viable option embedded in the fabric of the energy storage system ( FES ) for service with a 390 mm front and 450 mm ) . More…