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Integral-Tension Research in Double-Layer Tensegrity Grids
In this paper, the concept of integral-tensioning continuous cables for prestressing double-layer tensegrity (DLTG) grids is presented and its principles are discussed. A simple approach for analyzing its properties is also recommended. Among three possible integral-tension methods, the optimal is selected. The method avoids the drawbacks of the conventional prestressing methods of bar elongation, simplifies the connections between bars and cables, and produces excellent load-carrying capacity. When large grids are constructed, optimal design can be achieved.
Integral-Tension Research in Double-Layer Tensegrity Grids
In this paper, the concept of integral-tensioning continuous cables for prestressing double-layer tensegrity (DLTG) grids is presented and its principles are discussed. A simple approach for analyzing its properties is also recommended. Among three possible integral-tension methods, the optimal is selected. The method avoids the drawbacks of the conventional prestressing methods of bar elongation, simplifies the connections between bars and cables, and produces excellent load-carrying capacity. When large grids are constructed, optimal design can be achieved.
Integral-Tension Research in Double-Layer Tensegrity Grids
Wang, Bin-Bing (author) / Liu, Xi-Liang (author)
International Journal of Space Structures ; 11 ; 349-355
1996-12-01
7 pages
Article (Journal)
Electronic Resource
English
Integral-Tension Research in Double-Layer Tensegrity Grids
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