机械工程学报
機械工程學報
궤계공정학보
CHINESE JOURNAL OF MECHANICAL ENGINEERING
2009年
7期
312-316
,共1页
双壁碳纳米管%分子动力学%经验势函数%阻尼特性%承载能力
雙壁碳納米管%分子動力學%經驗勢函數%阻尼特性%承載能力
쌍벽탄납미관%분자동역학%경험세함수%조니특성%승재능력
Double-walled carbon nanotubes Molecular dynamics Empirical potential function Damping property Carrying capacity
基于分子动力学方法对双壁碳纳米管转动的阻尼特性和承载能力进行了计算分析.针对双壁碳纳米管的组成结构和物理模型,使用经验势函数描述双壁碳纳米管管间交互作用势和交互作用力.提出碳纳米管转动阻尼特性与承载能力的分析方法.得到双壁碳纳米管阻尼系数与纳米管的长度、半径以及初始角速度的定量关系.研究纳米管的承载能力以及不同载荷下双壁碳纳米管的阻尼特性,为双壁碳纳米管的工作稳定性分析和工程化应用研究奠定基础.
基于分子動力學方法對雙壁碳納米管轉動的阻尼特性和承載能力進行瞭計算分析.針對雙壁碳納米管的組成結構和物理模型,使用經驗勢函數描述雙壁碳納米管管間交互作用勢和交互作用力.提齣碳納米管轉動阻尼特性與承載能力的分析方法.得到雙壁碳納米管阻尼繫數與納米管的長度、半徑以及初始角速度的定量關繫.研究納米管的承載能力以及不同載荷下雙壁碳納米管的阻尼特性,為雙壁碳納米管的工作穩定性分析和工程化應用研究奠定基礎.
기우분자동역학방법대쌍벽탄납미관전동적조니특성화승재능력진행료계산분석.침대쌍벽탄납미관적조성결구화물리모형,사용경험세함수묘술쌍벽탄납미관관간교호작용세화교호작용력.제출탄납미관전동조니특성여승재능력적분석방법.득도쌍벽탄납미관조니계수여납미관적장도、반경이급초시각속도적정량관계.연구납미관적승재능력이급불동재하하쌍벽탄납미관적조니특성,위쌍벽탄납미관적공작은정성분석화공정화응용연구전정기출.
Based on molecular dynamic method, the damping properties and carrying capacities of double-walled carbon nanotubes (DWCNT) are calculated and analyzed. For the structttre and physical model of the DWCNT, the interaction potential and force between the two tubes of the DWCNT are described by using empirical potential function. The analysis method of the rotation damping properties and carrying capacities of the DWCNT is proposed. The quantitative relationships between the DWCNT's damping coefficient and its length, radius and initial angular velocity are obtained. The carrying capacities and the damping properties of the nanotubes with different loads are studied, which lays a foundations for analyse for working stability and researches on the engineering application of DWCNT.
