Sentence examples for based on tensegrity structures from inspiring English sources
The road to KITT ReprintsWhile Dr Skelton is working on solving the engineering equations associated with tensegrity systems, Tristan d'Estrée Sterk at the Office for Robotic Architectural Media & the Bureau for Responsive Architecture, an architectural practice based in Vancouver, Canada, has begun to construct prototypes of shape-changing "building envelopes" based on tensegrity structures.
Locomotion systems based on tensegrity structures are currently slow and complex to control.
There is plenty of experimental evidence that both cell and tissue tensegrity are a biological fact., Thus, a large number of DNA-NM interactions may create a structural complex based on tensegrity, in which discontinuous compression elements (proteins) and tensors (DNA) interact for creating a highly stable overall structure (Fig. 1).
These features of living architecture are the same principles that govern tensegrity (tensional integrity) architecture, and mathematical models based on tensegrity are beginning to provide new and useful descriptions of living materials, including mammalian cells.
The present study deals with the design of active façades based on tensegrity units, which supports shading devices and/or solar panels.
Paul et al. [27] introduced the idea of a legged robot based on tensegrity.
Studies on tensegrity structures have been "widely carried out since 1970s, mainly about form-finding, static stability, and dynamic and control" [7].
This paper presents a numerical method for finding a tensegrity structure based on the ground structure method.
Question Answering based on Semantic Structures.
This piece is based on structure, not note by note.
However, all elements in tensegrity structure must be validated based on the hierarchical system in a tensegrity structure [2], [35], [36] where each cable (actin filament) or strut (microtubule) can be represented by another tensegrity structure composed of shorter cables and struts (Fig. 8 in [2]).
