Opening book details…
Can I read Synergistic Effect of Axial-torsional-radial Deformation on the Multi-strand Helical Filament Artificial Muscles on EtoBox?
Synergistic Effect of Axial-torsional-radial Deformation on the Multi-strand Helical Filament Artificial Muscles by Ye Xiao; Zhao Luo; Chun Li is a Engineering article available to read on EtoBox.
What is Synergistic Effect of Axial-torsional-radial Deformation on the Multi-strand Helical Filament Artificial Muscles about?
Multi-strand helical structures have attracted increasing attention in artificial intelligence materials due to their large deformation in axial, torsional, and radial directions. Such novel materials as artificial muscles with multi-strand helical structures hold a promising potential application in aerospace and biological engineering. Understanding the mechanical response of helical artificial muscles in these three typical directions is not only essential for tactically designing microstructures to improve the mechanical performance, but also significant for promoting the energy conversion efficiency of intelligent structures. In this paper, a bottom-up theoretical model is proposed to predict the mechanical behavior of multi-strand helical filament artificial muscles. The synergistic effect of axial-torsional-radial deformation is demonstrated by the stiffness matrix of the helical structures, in which the interaction between adjacent filaments is involved. The result shows that the axial-radial and torsional-radial coupling responses are dominant in the moderate and high helical angular configurations, and the increase of radial strain may weaken the axial strength and height
Who reads Synergistic Effect of Axial-torsional-radial Deformation on the Multi-strand Helical Filament Artificial Muscles?
It is typically read by researchers, students, and practitioners in Engineering.
- Author
- Ye Xiao; Zhao Luo; Chun Li
- Publisher
- Elsevier BV
- Published
- 2022
- Language
- EN
- Field
- Engineering (Physical Sciences)