| Vol. - No. | Vol.11 - No.1 |
|---|---|
| Date | Mar., 2022 |
| Title |
The Structural Engineering Design and Construction of the Highest Occupiable Skybridge in the World: The Address Jumeirah Resort, Dubai, UAE |
| Author | Zaher Hadow1+ and Yamen Dannan2 |
| Institutions |
1Senior Technical Director, WSP Middle East, UAE 2Principal Structural Engineer, WSP Middle East, UAE |
| Abstract |
The Address Jumeirah Resort is a mixed-use 77-story tower reaching a height of 301 meters with a slenderness ratio of 13.5:1. The development is situated in the Jumeirah Beach District and accommodates 217 key five-star hotel suites, 478 residential apartments, 444 serviced-branded apartments, retail shops, ballrooms and entertainment facilities around the premises. The building has over 242,000 m2 of usable area. The project is an award-winning development that broke multiple Guinness records. The focus of the paper is to present the challenges faced in the structural design and construction of the super tall tower and the highest occupiable skybridge in the world. |
| Keyword |
Super Tall Tower, Skybridge, Reinforced Concrete Shear Wall System, Composite Link Beams, Composite Columns Strand Jacking Construction, High Strength Concrete, Wind Tunnel Test, Belt Wall System |
| PP. | PP.61~68 |
| Paper File |
 View |