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Simulation of polymer composite filled with randomly distributed carbon nanotubes
Posted 23.05.2017, 06:42 GMT-4 2 Replies
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Hello
I want to study DC electric property and electromagnetic properties of a polymer composite filled with randomly distributed carbon-nanotubes.
My questions are;
1. In 3D model, how can i generate 1000 carbon-nanotubes elements in a polycarbonate (Lxbxh= 10x10x0.4 mm, and Epsilon=3, mue=1, sigma=0) ?
2. How to change the spatial distributions of carbon-nanotube in polymer block?
3. Is it possible to use AC/DC model and frequency domain solver together to study DC conductivity, and S-parameter between 8-18 GHz range.
I am following paper, ''The electrical properties of polymer nanocomposites with carbon-nanotube fillers,'' for modelling of carbon-nanotube in polymer.
Thanks for reply !
Kind regards,
Raj
I want to study DC electric property and electromagnetic properties of a polymer composite filled with randomly distributed carbon-nanotubes.
My questions are;
1. In 3D model, how can i generate 1000 carbon-nanotubes elements in a polycarbonate (Lxbxh= 10x10x0.4 mm, and Epsilon=3, mue=1, sigma=0) ?
2. How to change the spatial distributions of carbon-nanotube in polymer block?
3. Is it possible to use AC/DC model and frequency domain solver together to study DC conductivity, and S-parameter between 8-18 GHz range.
I am following paper, ''The electrical properties of polymer nanocomposites with carbon-nanotube fillers,'' for modelling of carbon-nanotube in polymer.
Thanks for reply !
Kind regards,
Raj
2 Replies Last Post 23.05.2017, 08:55 GMT-4