2010•Unpublished venueRequires access

Th e Stiness of Tensegrity Structures

Simon D. Guest

Open publisher page 1 citations

Abstract

The stiness of tensegrity structures comes from two sources: the change of force carried by members as their length is changed, and the reorientation of forces as already stressed members are rotated. For any particular tensegrity, both sources of stiness may have a critical role to play. This paper explores how the stiness of two example tensegrity structures changes as the level of prestress in a member varies. It is shown that, for high levels of prestress, an originally stable tensegrity can be made to have zero stiness, or indeed be made unstable.

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The stiness of tensegrity structures comes from two sources: the change of force carried by members as their length is changed, and the reorientation of forces as already stressed members are rotated. For any particular tensegrity, both sources of stiness may have a critical role to play. This paper explores how the stiness of two example tensegrity structures changes as the level of prestress in a member varies. It is shown that, for high levels of prestress, an originally stable tensegrity can be made to have zero stiness, or indeed be made unstable.

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Available abstract

The stiness of tensegrity structures comes from two sources: the change of force carried by members as their length is changed, and the reorientation of forces as already stressed members are rotated. For any particular tensegrity, both sources of stiness may have a critical role to play. This paper explores how the stiness of two example tensegrity structures changes as the level of prestress in a member varies. It is shown that, for high levels of prestress, an originally stable tensegrity can be made to have zero stiness, or indeed be made unstable.

Key concepts: Tensegrity, Structural engineering, Engineering

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