p. 2354-2365This paper investigates suitable deployment mechanisms for Tensairity structures. Three proposals for a compression element for a deployable Tensairity structure are presented: the 'spiral folding mechanism' (segmented compression element), the 'triangulated cylinder' and the 'foldable truss mechanism'. The concepts of the first two proposals are described and illustrated in the paper. The 'foldable truss' system is discussed more in detail.De Laet, L.; Mollaert, M.; Luchsinger, RH.; Temmerman, ND.; Guldentops, L. (2010). Mechanisms for deployable tensairity structures. Editorial Universitat Politècnica de València. http://hdl.handle.net/10251/728
p. 252-263Proposed here is a concept for a deployable mast with angulated scissor units, for use in ...
The opportunities of fully foldable structures are well utilized in some industries, but are only ra...
Deployable structures have the capacity to transform and predictably adopt multiple predetermined co...
p. 2354-2365This paper investigates suitable deployment mechanisms for Tensairity structures. Three ...
Deployable structures are structures capable of transforming in shape from a small package size to a...
Tensairity is a new lightweight structural concept which can be classified as a pneumatic structure....
Deployable structures are a good solution for emergency buildings, due to their lightness and compac...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Architecture, 1987.MICROFICHE COPY AV...
Resumen del trabajo presentado al 2nd ISAMA (International Symposium on Advanced Materials and Appli...
Abstract. Deployable structures can provide a change in the geometric morphology of the envelope by ...
This paper investigates numerically the load bearing behaviour of a deployable Tensairity beam. More...
Deployable structures are structures whose shape can undergo large geometric transformation to meet ...
p. 2295-2305In this paper, we present a novel cylindrical deployable structure and variations of its...
The detailed mechanical design of a novel deployable support structure that positions and tensions a...
p. 2306-2317Four-fold-mechanisms, such as the Miura-Ori-pattern, and its possible combinations are ...
p. 252-263Proposed here is a concept for a deployable mast with angulated scissor units, for use in ...
The opportunities of fully foldable structures are well utilized in some industries, but are only ra...
Deployable structures have the capacity to transform and predictably adopt multiple predetermined co...
p. 2354-2365This paper investigates suitable deployment mechanisms for Tensairity structures. Three ...
Deployable structures are structures capable of transforming in shape from a small package size to a...
Tensairity is a new lightweight structural concept which can be classified as a pneumatic structure....
Deployable structures are a good solution for emergency buildings, due to their lightness and compac...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Architecture, 1987.MICROFICHE COPY AV...
Resumen del trabajo presentado al 2nd ISAMA (International Symposium on Advanced Materials and Appli...
Abstract. Deployable structures can provide a change in the geometric morphology of the envelope by ...
This paper investigates numerically the load bearing behaviour of a deployable Tensairity beam. More...
Deployable structures are structures whose shape can undergo large geometric transformation to meet ...
p. 2295-2305In this paper, we present a novel cylindrical deployable structure and variations of its...
The detailed mechanical design of a novel deployable support structure that positions and tensions a...
p. 2306-2317Four-fold-mechanisms, such as the Miura-Ori-pattern, and its possible combinations are ...
p. 252-263Proposed here is a concept for a deployable mast with angulated scissor units, for use in ...
The opportunities of fully foldable structures are well utilized in some industries, but are only ra...
Deployable structures have the capacity to transform and predictably adopt multiple predetermined co...