Titlebook: Wave Propagation in Nanostructures; Nonlocal Continuum M Srinivasan Gopalakrishnan,Saggam Narendar Book 2013 Springer International Publish

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Wave Propagation in Nanoshells,ore efficient and consistent to analyze such situation. With these theories and method of analysis, this chapter brings out several interesting features of high frequency ultrasonic wave propagation in CNTs modeled as cylindrical shells, using nonlocal elasticity theory, which are not observed in macroscale structures.

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Introduction to Nanostructures,to as 1?nm is equal to . or . or equal to 10. (Angstrom Unit). Nanostructures refers to material system that are in the range of 1–100?nm. In a nanostructures, electrons are normally confined in one of the dimensions while in the other dimensions they are free to move in all directions.

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Various Modeling Techniques for Nanostructures, which is fundamental to any modeling, is pretty well understood at these scales. At the nanometer levels, we need to deal with atoms, molecules, and their interactions. The laws of physics, at these scales, are not that well understood. The main difference lies in representing the models in differe

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Various Modeling Techniques for Nanostructures, which is fundamental to any modeling, is pretty well understood at these scales. At the nanometer levels, we need to deal with atoms, molecules, and their interactions. The laws of physics, at these scales, are not that well understood. The main difference lies in representing the models in differe

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