| Vol. - No.
|
Vol.9 - No.3
|
| Date
|
Sep., 2020 |
| Title
|
Haut – A 21-storey Tall Timber Residential Building |
| Author
|
Rob Verhaegh1, Mathew Vola1 and Jorn de Jong1 |
| Institutions
|
Arup, Amsterdam, the Netherlands |
| Abstract
|
This paper reflects on the structural design of Haut; a 21-storey high-end residential development in Amsterdam, the Netherlands. Construction started in 2019 and is in progress at the time of writing. Upon completion in 2021, Haut will be the first residential building in the Netherlands to achieve a 'BREEAM-outstanding' classification. The building will reach a height of 73 m, making it the highest timber structure in the Netherlands. It contains some 14.500 m2 of predominantly residential functions. It features a hybrid concrete-timber stability system and concrete-timber floor panels. This paper describes the concepts behind the structural design for Haut and will touch upon the main challenges that have arisen from the specific combination of characteristics of the project. The paper describes the design of the stability system and -floor system, the analysis of differential movements between concrete and timber structures and wind vibrations. The paper aims to show how the design team has met these specific challenges by implementing a holistic design approach and integrating market knowledge at an early stage of the design. |
| Keyword
|
Tall Timber Buildings, Mass Timber, TCC Floors, Holistic design |
| PP.
|
PP.213~220 |
| Paper File
|
 View |