Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Load-Deformation – and Vibration-Behaviour of New Types of Composite Slim-Floor Slabs
Two composite Slim-Floor slabs for different ground floor designs are presented to investigate load-deformation- and vibration-behaviour on optimised cross-sections. The Slim-Floor slabs are developed for various Korean high-rise buildings in the frame of a Korean-German research project. Various Slim-Floor systems are evaluated in respect of bearing resistance- and serviceability demands, cost effectiveness and special Korean requirements. Favourite construction techniques are optimised to minimise the construction height of the cross section. The test programme is presented showing the bearing resistance and serviceability of the slab systems. Particular emphasis is drawn to the dynamic properties and the vibration behaviour due to human activities. All tests are complimented by FE-models including sensitivity analyses and parameter studies. Final conclusions are given to transfer of the research results to the design and execution of high-rise buildings.
Load-Deformation – and Vibration-Behaviour of New Types of Composite Slim-Floor Slabs
Two composite Slim-Floor slabs for different ground floor designs are presented to investigate load-deformation- and vibration-behaviour on optimised cross-sections. The Slim-Floor slabs are developed for various Korean high-rise buildings in the frame of a Korean-German research project. Various Slim-Floor systems are evaluated in respect of bearing resistance- and serviceability demands, cost effectiveness and special Korean requirements. Favourite construction techniques are optimised to minimise the construction height of the cross section. The test programme is presented showing the bearing resistance and serviceability of the slab systems. Particular emphasis is drawn to the dynamic properties and the vibration behaviour due to human activities. All tests are complimented by FE-models including sensitivity analyses and parameter studies. Final conclusions are given to transfer of the research results to the design and execution of high-rise buildings.
Load-Deformation – and Vibration-Behaviour of New Types of Composite Slim-Floor Slabs
Butz, Christiane (Autor:in) / Hechler, Oliver (Autor:in) / Trumpf, Heiko (Autor:in) / Feldmann, Markus (Autor:in)
Fifth International Conference on Composite Construction in Steel and Concrete ; 2004 ; Kruger National Park, Berg-en-Dal, Mpumalanga, South Africa
03.02.2006
Aufsatz (Konferenz)
Elektronische Ressource
Englisch
Load-Deformation- and Vibration-Behaviour of New Types of Composite Slim-Floor Slabs
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