This animation simulates the construction of a bridge by incremental launching method. http://www.octaviomartins.com/incrementalLaunching/
Bridge construction – Incremental Launching – 3D Animation
24 thoughts on “Bridge construction – Incremental Launching – 3D Animation”
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nice one!? thumbs up!
good educational.? nice
Uau muito bom!
Quanto você? cobrou por essa animação? Se não quiser dizer por aqui teria como me responder por mensagem inbox?
Obrigado.
like? the video!
NICE
I? Like The music
really simple way to know how they work.?
Can this construction method be used for steel bridge construction? What about for bridges that are sloped and/or? radius
Is one of the best method for length over 600 meters, i worked on one of 1.4? km launching from both side.
Excellent work!?
Can you? tell me your email please? Contacts module in your website don’t work.
Thanks
Fascinating!?
that was amazing ,? thanks !!!!
Well that’s the function of the blue steel platform in the front right? Once this platform reachs every column, the? concrete structure being launched behind it is forced to go in a straight line. Also they won’t launch the bridge if there are strong winds or gusts
Really (Beast) Animation? !!!
Is there anything actually keeping the bridge going straight except the platform is straight and its being pushed in a straightline? I would expect some sort of rail system or similar device to maintain its orientation. As it looks to be going over a? viaduct there could be strong winds that could push it slighly off center, even if slightly off balence it could start torquing the construction end quite badly.
i love? my carrera the ingery civilllllll
Thank? you so much for this amazing tutorial on building a bridge. As a civil engenieer who designs bridges, I’m almost certain this tutorial will help me learn to build broper bridges, instead of ones that fall apart every time they are used. Thank you so much. Now I can sleep easy know people wont fall to their death when they use a bridge I designed.
Very? nice!
Excellent work. I hope some how it could be linked with the mathematical model info as it has allmost all information? needed for final design: nose, box girder, central prestress, temporary & permanent bearings, jacks, piers (forgot temporary piers), abutments, casting yard …
Thats? amazing
2 years of work in 7 min. good video?
That’s? mesmerized!!
which of them 2 did you use to? let us see every stage of the building?
how do they? do underwater tunnels?