Continuum Percolation study of carbon nano tube composites via Size distribution effects.
A.Afaghi ;S.Asiaei ;M.Baniasadi
Mechanical engineering department;University of Tehran.

The three-dimensional continuum percolation problem of hard-core and soft-core (permeable) objects was an area of active research in the 1980s[1]. Among the considered geometrical objects a very important category is the case of permeable sticks with the form of capped cylinders [2]. Advancements in capabilities of theories and numerical studies has lead to recent developments of polymer reinforced nanocomposites which overcome the need for having certain combination of electrical and mechanical properties [4]. While great strides have been made in exploiting the properties of carbon nanotubes (CNT) [5, 6] several publications document the progress made in fabrication and characterization of CNT nanocomposites [7-10]. In relation to percolation , it is difficult to draw definite conclusions......

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Title: Continuum Percolation Study Of Carbon Nano Tube Composites Via Size Distribution Effects
Approximate Word Count: 1338
Approximate Pages: 6 (250 words per double-spaced page)

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