<abstract xmlns="http://www.w3.org/1999/xhtml"><p>In this article an extensive but not exhaustive review on different transformable systems - retractable roofs, deployable and retractable pantographic lattice systems, pop-up and snap-through type structures, tensegrity structures - used in architecture and civil engineering will be given. This study was carried out to explore earlier and current researches and technologies to demonstrate the available systems and their potential. However, the main goal of this article is to expose the wild range of structural systems requiring elaborate dynamical analysis, divers of them are still lacking profound calculation procedure.</p><p>The reviewed systems are herein categorized in two groups: 1) multibody systems having additional controlling and stabilizing elements and 2) systems undergoing large deformation, and instability phenomena. The article will pan out about the applicable joint types, some of them involving friction and damping effects. For a better outline, simplified analysis of elementary segments of some reviewed systems is annexed.</p></abstract>

In this article an extensive but not exhaustive review on different transformable systems - retractable roofs, deployable and retractable pantographic lattice systems, pop-up and snap-through type structures, tensegrity structures - used in architecture and civil engineering will be given. This study was carried out to explore earlier and current researches and technologies to demonstrate the available systems and their potential. However, the main goal of this article is to expose the wild range of structural systems requiring elaborate dynamical analysis, divers of them are still lacking profound calculation procedure.The reviewed systems are herein categorized in two groups: 1) multibody systems having additional controlling and stabilizing elements and 2) systems undergoing large deformation, and instability phenomena. The article will pan out about the applicable joint types, some of them involving friction and damping effects. For a better outline, simplified analysis of elementary segments of some reviewed systems is annexed.

Overview of Highly Flexible, Deployable Lattice Structures Used in Architecture and Civil Engineering Undergoing Large Displacements

Institute of Civil Engineering, Ybl Miklos Faculty of Architecture and Civil Engineering, Szent Istvan University, Budapest, Hungary

Institute of Scientific Computing, TU Braunschweig, Germany

Laboratory of Mechanics and Technology, Ecole Normale Superieure de Cachan, France

YBL Journal of Built Environment

In this article an extensive but not exhaustive review on different transformable systems - retractable roofs, deployable and retractable pantographic lattice...

Overview of Highly Flexible, Deployable Lattice Structures Used in Architecture and Civil Engineering Undergoing Large Displacements

Data publikacji: 04 lip 2013

Zakres stron: 85 - 103

DOI: https://doi.org/10.2478/jbe-2013-0006

This content is open access.