Národní úložiště šedé literatury Nalezeno 2 záznamů.  Hledání trvalo 0.01 vteřin. 
Experimental Verification of Ceiling Joint Performance in CLT-Steel Hybrid Structures
Freudenberger, Klara
In the research for sustainable hybrid structures, cross-laminated timber (CLT)-steel structures have gained widespread popularity and become a widely used engineered solution. This paper points out the unused potential of CLT-steel hybrid ceiling systems, focusing on creating the effect of a continuous deck. The study aims to create a connection capable of interconnecting panels through a hidden beam. The essence is to prevent the decks from rotating at the point of support, thus reducing overall slab deflection. Following the initial adjustment of the proportions of the connection, it is possible to state that the assumptions have been met. The results from the numerical analyses present two variants of the connection, which can be further subjected to experimental analyses.
Parametric Study Comparing the Impact of the Margin and Thickness of Composite Timber-Concrete Ceilings
Freudenberger, Klara
The article is a comparison of two concepts of composite timber-concrete ceilings and their uncoupled alternatives based on a parametric study by comparing the resulting deflections of individual variants and taking into acount the ultimate limit state at the same time. It involves comparing coupled and uncoupled variants while maintaining the same boundary conditions such as load, ceiling thickness and load width. The purpose of this paper is to simplify the optimal selection of the ceiling structure based on the suitability of the supporting structure.

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