This study encompasses experimental and theoretical research on the stability of tensegrity-
inspired structures in view of additive manufacturing technology. The aim of the research is …

The advantage of high strength-to-mass ratio renders tensegrity structures suitable for
application as lightweight structures. Therefore, the minimal mass optimization problem is …

Multistable metamaterials have several relevant technical applications in various fields, such
as soft robotics, mechanical computing, energy absorption, and wave control. These …

Tensegrity tori are a classical form of tensegrity structures well known for their high load-
bearing capacity and self-equilibrium, which make them attractive options for constructing …

Base isolation technique is based on two mechanisms: period elongation and damping
increase that may considerably improve the structural performance under earthquakes …

To explore the factors that affect the energy absorption performance of tensegrities with multi-
self-stress modes, the Beetle Antennae Genetic Algorithm (BAGA) is carried out in …

Manipulator arms in robots can be bulky and difficult to transport. Tensegrity mechanisms,
which can be compact, deployed, and shaped to adjustable lengths, offer a promising …

A semi-analytical procedure is presented for predicting the complete flexural response of
partially interacting steel–concrete composite beams up to failure. The governing equation …

Abstract Structure design motifs take an essential role in creating materials or metamaterials
with superior mechanics or special functions. However, a fundamental question naturally …

This paper introduces a data-driven approach to address the long-standing challenge of
modeling complex tensegrity systems. The proposed approach focuses on approximating …