The Structure of the Millennium Bridge

Introduction of the structure of the Millennium Bridge In June 2002, the Millennium Bridge was opened to the public. For engineers, this is a special day as new designs and structures must be used to maintain work specifications. Most bridge structures always have some movement, but the Millennium Bridge has a large group of people crossing the bridge at a time, it leads to more than expected lateral movement. This makes people uncomfortable across the bridge and even makes them even sick.

Known as the London Millennium Pedestrian Bridge officially, the London Millennium Bridge is a steel suspension bridge connecting the pedestrian across the Thames River in London, England and connecting the city to the bank side. After Londoners nicknamed the "crashing bridge", the charity organization was surprised to see the "Save the Children" organization opening a bridge. The bridge was closed after that day and after two days of restricted access the bridge was closed for nearly two years and was modified to completely eliminate the shake. It restarted in 2002

There were several magnificent bridge construction disasters in the past. This is not something that anyone can clean under the carpet. It is difficult to make a bridge. 91 shock absorbers were added to the Millennium Bridge in London and complained that they were seasick when they arrived on the other side. Something was not found during many simulation and modeling time. This defect only appears in the real world. At the time of writing, we are not ready to relax in the streets of the city with an automated driving car. There are many things to do until the day of vaccinating children or establishing a school at a robot camp in a developing country or until building infrastructure and looking after the elderly.

Yes, it is. Designed by Fosters Millennium Bridge is a wonderful thing. It is Golden Jubilee Bridge designed by Alex Lifschutz architect who I worked on. Therefore, we are cooperating with several contemporary bridges and the Westminster Bridge, the heritage of UNESCO. So there are a lot of worries, but there are also excitement. I think that our approach is to always hit the bridge as a starting point. Then add a sequence element. You know that Thames itself is very eye-catching, so it will make a very subtle movement over time. This is where living things flow in this city, so our idea is to use it as some inspiration for our continuous ordering. As if it were water activity, people's traffic and movement mirrors