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Shape Optimization, Design and Construction of the 200m Niederaussem Cooling Tower Shell
The present article will give a brief introduction into the shape optimization, design and construction of the 200 m high natural draught cooling tower shell at Niederauβem, which has been completed in the last year. This tower belongs world-wide to the largest and thinnest concrete buildings at present. Because of these dimensions, special care has to be taken to the shape optimization of the shell structure. An optimal design of the shell reduces fatigue, cracking and corrosion of the reinforcement to insure an adequate level of safety and durability.
Shape Optimization, Design and Construction of the 200m Niederaussem Cooling Tower Shell
The present article will give a brief introduction into the shape optimization, design and construction of the 200 m high natural draught cooling tower shell at Niederauβem, which has been completed in the last year. This tower belongs world-wide to the largest and thinnest concrete buildings at present. Because of these dimensions, special care has to be taken to the shape optimization of the shell structure. An optimal design of the shell reduces fatigue, cracking and corrosion of the reinforcement to insure an adequate level of safety and durability.
Shape Optimization, Design and Construction of the 200m Niederaussem Cooling Tower Shell
Harte, Reinhard (Autor:in) / Krätzig, Wilfried B. (Autor:in) / Montag, Ulrich (Autor:in)
Structures Congress 2001 ; 2001 ; Washington, D.C., United States
Structures 2001 ; 1-9
18.05.2001
Aufsatz (Konferenz)
Elektronische Ressource
Englisch
The 200 m Niederaussem tower - design and static approach
British Library Conference Proceedings | 2004
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Wiley | 1999
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Online Contents | 1999