Matches in SemOpenAlex for { <https://semopenalex.org/work/W2055608717> ?p ?o ?g. }
- W2055608717 endingPage "533" @default.
- W2055608717 startingPage "495" @default.
- W2055608717 abstract "Soon after the discovery of carbon nanotubes, it was realized that the theoretically predicted mechanical properties of these interesting structures–including high strength, high stiffness, low density and structural perfection–could make them ideal for a wealth of technological applications. The experimental verification, and in some cases refutation, of these predictions, along with a number of computer simulation methods applied to their modeling, has led over the past decade to an improved but by no means complete understanding of the mechanics of carbon nanotubes. We review the theoretical predictions and discuss the experimental techniques that are most often used for the challenging tasks of visualizing and manipulating these tiny structures. We also outline the computational approaches that have been taken, including ab initio quantum mechanical simulations, classical molecular dynamics, and continuum models. The development of multiscale and multiphysics models and simulation tools naturally arises as a result of the link between basic scientific research and engineering application; while this issue is still under intensive study, we present here some of the approaches to this topic. Our concentration throughout is on the exploration of mechanical properties such as Young’s modulus, bending stiffness, buckling criteria, and tensile and compressive strengths. Finally, we discuss several examples of exciting applications that take advantage of these properties, including nanoropes, filled nanotubes, nanoelectromechanical systems, nanosensors, and nanotube-reinforced polymers. This review article cites 349 references." @default.
- W2055608717 created "2016-06-24" @default.
- W2055608717 creator A5007127908 @default.
- W2055608717 creator A5014509470 @default.
- W2055608717 creator A5044377157 @default.
- W2055608717 creator A5059912107 @default.
- W2055608717 creator A5068268441 @default.
- W2055608717 date "2002-10-16" @default.
- W2055608717 modified "2023-10-11" @default.
- W2055608717 title "Mechanics of carbon nanotubes" @default.
- W2055608717 cites W118934230 @default.
- W2055608717 cites W129203059 @default.
- W2055608717 cites W1482570919 @default.
- W2055608717 cites W1549427706 @default.
- W2055608717 cites W157163892 @default.
- W2055608717 cites W1616932920 @default.
- W2055608717 cites W1656599509 @default.
- W2055608717 cites W1671004208 @default.
- W2055608717 cites W1675120113 @default.
- W2055608717 cites W1963867531 @default.
- W2055608717 cites W1963995951 @default.
- W2055608717 cites W1964103026 @default.
- W2055608717 cites W1964564284 @default.
- W2055608717 cites W1965020427 @default.
- W2055608717 cites W1965075382 @default.
- W2055608717 cites W1965895811 @default.
- W2055608717 cites W1966186271 @default.
- W2055608717 cites W1967756161 @default.
- W2055608717 cites W1968822202 @default.
- W2055608717 cites W1969090924 @default.
- W2055608717 cites W1969114691 @default.
- W2055608717 cites W1969589481 @default.
- W2055608717 cites W1969980202 @default.
- W2055608717 cites W1972531430 @default.
- W2055608717 cites W1972539720 @default.
- W2055608717 cites W1972842269 @default.
- W2055608717 cites W1973514589 @default.
- W2055608717 cites W1974128381 @default.
- W2055608717 cites W1974694111 @default.
- W2055608717 cites W1975351586 @default.
- W2055608717 cites W1975613240 @default.
- W2055608717 cites W1976865888 @default.
- W2055608717 cites W1978581664 @default.
- W2055608717 cites W1978970242 @default.
- W2055608717 cites W1979324267 @default.
- W2055608717 cites W1980516378 @default.
- W2055608717 cites W1980776093 @default.
- W2055608717 cites W1982301399 @default.
- W2055608717 cites W1982371556 @default.
- W2055608717 cites W1982519899 @default.
- W2055608717 cites W1983671569 @default.
- W2055608717 cites W1984998017 @default.
- W2055608717 cites W1985111359 @default.
- W2055608717 cites W1986700348 @default.
- W2055608717 cites W1986827037 @default.
- W2055608717 cites W1991553895 @default.
- W2055608717 cites W1992104000 @default.
- W2055608717 cites W1993896794 @default.
- W2055608717 cites W1994083803 @default.
- W2055608717 cites W1994185678 @default.
- W2055608717 cites W1995353744 @default.
- W2055608717 cites W1996078486 @default.
- W2055608717 cites W1996551539 @default.
- W2055608717 cites W1997397055 @default.
- W2055608717 cites W1999508253 @default.
- W2055608717 cites W1999570615 @default.
- W2055608717 cites W1999841688 @default.
- W2055608717 cites W2001448779 @default.
- W2055608717 cites W2001567980 @default.
- W2055608717 cites W2002117905 @default.
- W2055608717 cites W2002400047 @default.
- W2055608717 cites W2002419509 @default.
- W2055608717 cites W2003877271 @default.
- W2055608717 cites W2003931833 @default.
- W2055608717 cites W2004158804 @default.
- W2055608717 cites W2004299249 @default.
- W2055608717 cites W2005192219 @default.
- W2055608717 cites W2005944647 @default.
- W2055608717 cites W2006528341 @default.
- W2055608717 cites W2006900483 @default.
- W2055608717 cites W2006941567 @default.
- W2055608717 cites W2008030554 @default.
- W2055608717 cites W2008302913 @default.
- W2055608717 cites W2008771485 @default.
- W2055608717 cites W2009392824 @default.
- W2055608717 cites W2010118966 @default.
- W2055608717 cites W2010548320 @default.
- W2055608717 cites W2010817547 @default.
- W2055608717 cites W2013146709 @default.
- W2055608717 cites W2013344343 @default.
- W2055608717 cites W2013819620 @default.
- W2055608717 cites W2014131610 @default.
- W2055608717 cites W2014353717 @default.
- W2055608717 cites W2015367950 @default.
- W2055608717 cites W2016101271 @default.
- W2055608717 cites W2018413247 @default.
- W2055608717 cites W2020496421 @default.
- W2055608717 cites W2021140883 @default.