INTERESTING FACTS Passengers in the London Eye's capsules can see up to 40 kilometeres in all directions. The London Eye is the vision of David Marks and Julia Barfield, a husband and wife architect team. It took 7 years and the skills of hundreds of people from 5 countries to make The London Eye a reality. At 135m high, The London Eye is the world's tallest cantilevered observation wheel. Each of the 32 capsules weighs 10 tonnes THE LONDON EYE’S CAPSULES AWARDS The London Eye has won over 80 awards. The awards are won for national and international tourism, outstanding architectural quality and engineering achievement. The awards are won since opening in March 2000. VISITING The London Eye is opened daily, except December 25 and 5th16th January.
bottles of Laurent-Perrier Champagne and 3,000 bottles of orange juice were given away so customers could join in the party. · 2006 The London Eye was finally granted a 25 year lease agreement. · 2007 The London Eye became part of the Merlin Entertainment's Group, the world's number two visitor attraction operator. · 2009 The London Eye launches a spectacular new 4D Experience. The London Eye goes through a re-branding. Making of The London Eye · It's the tallest cantilevered observation wheel in the world, rising high above the London skyline at 135 metres. · Instead of being suspended under the wheel they turn within circular mounting rings fixed to the outside of the main rim. · The London eye has 32 capsules, representing the 32 boroughs of London. · The wheel cables include 16 rim rotation cables, and 64 spoke cables . · The main foundation for the London Eye is
attention of the London press. Then British Airways showed an interest and became a partner. 'As the project developed,' says David Marks, 'everyone was inspired with one objective - to create an exciting new way to see and understand one of the greatest cities on earth.' A design, construction and logistics challenge Soon, everyone realised the sheer scale of what they were attempting. It would be the largest observation wheel ever built and the only cantilevered structure of its kind in the world. It would also be the largest structure ever hoisted into a vertical position in one operation. Over 1,700 people in five countries would be involved in building it. The population of an entire alpine village would test the embarkation procedures. Almost every component and construction technique would have to be invented from scratch. Glass for the capsules would have to be double-curved and laminated
135metres (443ft), is the largest Ferris wheel in Europe, and has become the most popular paid tourist attraction in the United Kingdom visited by over three million people in one year. At the time it was erected, in 1999, it was the tallest Ferris wheel in the world, until it was surpassed by the Star of Nanchang (160 m) in May 2006, and then the Singapore River (165 m) on 11 February 2008. However, it is still described by its operators as "the world's tallest cantilevered observation wheel" (as the entire structure is supported by an A-Frame on one side only). The London Eye is located at the western end of Jubilee Gardens on the South Bank of the River Thames in London, England between Westminister Bridge and Hungerford Bridge The site is adjacent to that of the former Dome of Discovery which was built for the Festifal of Britain in 1951. The Natsional symbols: The Flag of England is the Georges Cross . The red cross appeared as an
Zürich (Switzerland), who published his methods in 1866. The solution of bending in a cantilever was developed over a long period of time, starting with Galileo's famous illustration of the wooden beam, anchored in the ruinous masonry wall, holding a stone weight at its end. Although it was not entirely accurate, subsequent solutions were discussed in terms of Galileo's cantilever. C A Coulomb in France hypothesized in 1776 that the flexural stress in a cantilevered beam had a maximum value in compression on the bottom edge and a maximum value in tension on the top with a neutral axis somewhere between the two surfaces. The problem of understanding bending moments in mechanical terms was described by Louis Marie Henri Navier in his Résumé de leçons données à l'École des Ponts et Chaussées in 1826. The Swiss mathematician Leonard Euler provided the solution to the elastic buckling of columns as early as 1759.
over to the owner. This as-built model will probably prove very valuable in the future for major maintenance operations and facility management purposes. 39 Despite an increase in RFIs, 3D models were very valuable in the construction phase, which compared to the design stage, has traditionally experienced less innovation. On this project, the unstable nature of the large cantilevered platforms necessitated the creation of a 3D steel erection animation. In addition to the structural members, the movie clip showed the sequencing of 320t of temporary steel, which were needed to brace the structure while it was being permanently bolted in place. Optimal positioning of the shores was important to avoid twisting of the structure and minimize congestion on the construction site. By sharing the steel model with the subcontractors, they were able to
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