BNNT <i>vs.</i> CNT: influence of structural defects on damping characteristics of nanocomposites

Lee, Taeho; Kim, Jun-Sik; Yang, Seunghwa

doi:10.1039/d3dt04306a

Dalton Trans.

2024

DOI: 10.1039/d3dt04306a

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BNNT vs. CNT: influence of structural defects on damping characteristics of nanocomposites

Taeho Lee,

Jun-Sik Kim,

Seunghwa Yang

Abstract: The viscoelastic damping of nanocomposites reinforced with BNNTs and CNTs were compared. MD simulations revealed that the interfacial damping of pristine-CNT was superior to that of pristine-BNNT. The contrasting effects...

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BNNT vs. CNT: influence of structural defects on damping characteristics of nanocomposites

Abstract: The viscoelastic damping of nanocomposites reinforced with BNNTs and CNTs were compared. MD simulations revealed that the interfacial damping of pristine-CNT was superior to that of pristine-BNNT. The contrasting effects...

Cited by 1 publication

References 33 publications

Vacancy defect in boron nitride nanotube improves CO2 uptake from the gaseous mixture

Vacancy defect in boron nitride nanotube improves CO2 uptake from the gaseous mixture

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