Review Article
Challenges of the Modeling Methods for Investigating the Interaction between the CNT and the Surrounding Polymer
Table 3
Finite element modeling of CNT and polymer interaction.
| Researcher(s) | Year | Interface or interphase | Type of interaction | Thickness | and | Element |
| Haque and Ramasetty [21] | 2005 | Interface | Perfect | N/A | N/A | N/A | Wan et al. [27] | 2005 | Interphase | Perfect | 1.357 nm | 10 × and 0.3 × | N/A | Li and Chou [23] | 2006 | Interphase | vdW | 0.17 nm | Derived from LJ potential | Truss rod | Pourakbar et al. [24] | 2008 | Interphase | Functionalized | 1.522 nm | From MD | Beam | Giannopoulos et al. [25] | 2009 | Interphase | vdW | 0.17 nm | Parametric | Joint element | Montazeri and Naghdabadi [26] | 2009 | Interphase | vdW | 0.34 nm | Derived from LJ potential | Spring | Kulkarni et al. [22] | 2010 | Interface | Perfect | 0 | Different value | Interface element | Needleman et al. [28] | 2010 | Interphase and interface | Perfect | Variable | Linearly between and | N/A | Shokrieh and Rafiee [29] | 2010 | Interphase | vdW | 0.17 nm | Derived from LJ potential | Nonlinear spring | Ayatollahi et al. [30] | 2011 | Interphase | Perfect | 0.15 nm | 1, 5, 10 and 15 GPa | Solid | Wernik and Meguid [31] | 2011 | Interphase | vdW | 0.38 nm | Derived from LJ potential | Truss rod |
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