10 struts | 11 struts | 12 Strut Chair by Rasmussen | 12 struts | 15 struts | 2 Struts | 21 Struts | 270 struts | 3 Strut Stool by Passi | 3 Struts | 30 struts | 3D Printing | 4 Struts | 4D Geometry | 5 struts | 6 Strut Robot | 6 Strut Suspended Chair by ETS | 6 struts...
Tensegrity Deployable Sensor for Disaster Area by Daniel Lim is a winner of the 2022 A' Product Engineering and Technical Design Award. Tensegrity sensor for disaster sites, which could be dropped from the sky (drone) to collect data for emergency respon
10 struts|11 struts|12 Strut Chair by Rasmussen|12 struts|15 struts|2 Struts|21 Struts|270 struts|3 Strut Stool by Passi|3 Struts|30 struts|3D Printing|4 Struts|4D Geometry|5 struts|6 Strut Robot|6 Strut Suspended Chair by ETS|6 struts|60 Struts|7 Struts|8 struts|9 Struts|90 struts...
10 struts | 11 struts | 12 Strut Chair by Rasmussen | 12 struts | 15 struts | 2 Struts | 21 Struts | 270 struts | 3 Strut Stool by Passi | 3 Struts | 30 struts | 3D Printing | 4 Struts | 4D Geometry | 5 struts | 6 Strut Robot | 6 Strut Suspended Chair by ETS | 6 struts...
10 struts | 11 struts | 12 Strut Chair by Rasmussen | 12 struts | 15 struts | 2 Struts | 21 Struts | 270 struts | 3 Strut Stool by Passi | 3 Struts | 30 struts | 3D Printing | 4 Struts | 4D Geometry | 5 struts | 6 Strut Robot | 6 Strut Suspended Chair by ETS | 6 struts...
After configuring the material properties and applying a distributed load to the shell—for example, this can be approximately 80–90 kg when designing a chair—the displacement, overall force applied, and stress lines of the shell can be computed. A simple representation of the parametric ...