Video: Calatrava?s Dubai Observation Tower Passes Wind Tunnel Testing
The Tower at Dubai Creek Harbour, Santiago Calatrava's competition-winning "landmark" residential and observation tower in Dubai, has passed through wind tunnel tests, confirming the structural strength of the project. When complete, the project will constitute the heart of a 6 square kilometer master-planned community set by the historic Dubai Creek and only 10 minutes from the Dubai International Airport.
The Tower at Dubai Creek Harbour, Santiago Calatrava's competition-winning "landmark" residential and observation tower in Dubai, has passed through wind tunnel tests, confirming the structural strength of the project. When complete, the project will constitute the heart of a 6 square kilometer master-planned community set by the historic Dubai Creek and only 10 minutes from the Dubai International Airport.Read more after the break and check out the visualization of the project above.
Courtesy of Santiago Calatrava
The analysis put a scale model of the building through 12 different tests, some of which were developed specifically for the structure, which will be anchored to the ground with a system of cables. The results of the tests will be used to determine the final height of the project, as well as to optimize the building form for aerodynamics. In addition to the wind tests, the project underwent a comprehensive set of seismic and climate studies, pushing the tower one step closer to realization.Said San...
The Tower at Dubai Creek Harbour, Santiago Calatrava's competition-winning "landmark" residential and observation tower in Dubai, has passed through wind tunnel tests, confirming the structural strength of the project. When complete, the project will constitute the heart of a 6 square kilometer master-planned community set by the historic Dubai Creek and only 10 minutes from the Dubai International Airport.Read more after the break and check out the visualization of the project above.
Courtesy of Santiago Calatrava
The analysis put a scale model of the building through 12 different tests, some of which were developed specifically for the structure, which will be anchored to the ground with a system of cables. The results of the tests will be used to determine the final height of the project, as well as to optimize the building form for aerodynamics. In addition to the wind tests, the project underwent a comprehensive set of seismic and climate studies, pushing the tower one step closer to realization.Said San...
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