Publication details

Authors: Hehr, Adam; Schulz, Mark; Shanov, Vesselin; Song, Albert 
Title: Passive damping of carbon nanotube thread 
Type: Journal Article 
Publisher: Journal of Intelligent Material Systems and Structures 
Year: 2013 
Start Page:  
End Page:  
DOI: 10.1177/1045389x13500578 
Abstract: Passive damping of as-spun carbon nanotube thread was studied here as a multifunctional attribute to continuous fiber composite materials or nanocomposites. Many researchers have doped polymeric materials like epoxy with carbon nanotubes to achieve enhanced damping for composite materials; yet thread or yarn has to be rigorously explored. As a result, this study quantifies carbon nanotube thread material damping within its linear range (<1% strain) at a single frequency and analyzes this damping as a function of temperature from room temperature to roughly 100C. From these tests, it was found that three distinct carbon nanotube threads exhibited loss factors near 0.05 at room temperature, and a single carbon nanotube thread maintained a loss factor near 0.035 from room temperature to 100C after the first thermal cycle.