Affiliation:
1. Assistant professor, LMGC, University Montpellier 2
2. Professor, LMGC, University Montpellier 2
Abstract
In this paper, an implementation of the discrete element method is presented with applications in interactive design and dynamic non linear analysis of tensegrity systems, a class of lightweight reticulate space structures. These systems are simulated efficiently using an explicit time integration scheme coupled to a 3D visualization interface, which brings the possibility to interactively model a structure, to follow its evolution in real time and to perform advanced structural analysis. To validate and justify this particular approach in the case of tensegrity systems, a static analysis comparison with other structural analysis softwares is carried out on a representative example. The benefits and versatility of the method are further illustrated through simulations of planar and deployable structures.
Subject
Building and Construction,Architecture,Civil and Structural Engineering,Conservation
Cited by
3 articles.
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