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Research Article

On self-equilibrium state of V-expander tensegrity beam-like grids  

Pilade Foti, Aguinaldo Fraddosio, Salvatore Marzano, Gaetano Pavone*, Mario Daniele Piccioni

Dipartimento di Scienze dell’Ingegneria Civile e dell’Architettura, Politecnico di Bari, Bari, Italia



Tensegrity system,


Force density method,

Numerical methods

Tensegrity structures are an innovative class of lightweight structures, which have gained the interest of researchers in many different fields, including but not limited to engineering. In particular, such interest is due to their aesthetic value, their large stiffness-to-mass ratio, the possible deployability, together to their reliability and controllability. Tensegrity structures, made of struts in compression and cables necessarily in tension, are innovative structures by itself: they are similar only in appearance to conventional pin-joint structures (trusses), and their mechanical behavior is strongly related to initial feasible self-stress states induced in absence of external loads. In particular, from a kinematical point of view, these self-stress states avoid the activation of possible infinitesimal mechanisms. In this paper, we study an innovative class of tensegrity beam-like grids, obtained by a suitable assembly of three elementary V-Expander tensegrity cells along a longitudinal axis (named x-axis) in the three-dimensional space. In particular, by means of a numerical study, we analyze the feasible self-stress states for seven tensegrity beam-like grids, with increasing degree of complexity, made by an arrangement of V-Expander elementary cells. Moreover, we analyze the influence on the feasible self-stress states of the addition of elements starting from the simplest V-Expander tensegrity configuration.

 © 2017 MIM Research Group. All rights reserved.

DOI:                          Full Text


05/09/2018 Abstracted/Indexed by ProquestOur journal is started to be Absracted/Indexed by Materials Science & Engineering Database of Proquest.

15/08/2018 New Members of the RESM: New editors and editorial board members have joined the team. Our journal is stronger now with their valuable participation. See Editorial Board for new members.

07/08/2018 Citation RatioFirst 3 Volumes of our journal, with 40 articles, are cited 42 times by journals indexed in SCI-Expanded.

31/07/2018 Indexed by Ulakbim TR Index: Our journal is decided to be included in the TÜBİTAK ULAKBİM TR Index upon the number 41 decision of the relevant Committee dated at 13.04.2018.The inclusion starts with the first issue of 2016.

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