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Towards Design and Development of Next-Generation Nanomedicine Filters: Analysis of Low Velocity Impact of Nano-Germs on Graphene Sheets

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Research in the area of filters to prevent harmful substances from entering the body has recently received widespread attention with its great potential in nano-medicine. In order to achieve this goal, in this paper low-velocity impact of nano-germs on viscoelastic orthotropic graphene sheet (VOGS) resembling a nanomedicine filter is presented. For this, third-order shear deformation theory is adopted and the viscoelastic material is modeled by Kelvin-Voigt theory. Based on the extended Hamilton's principle and the nonlocal theory, the equations of motion are derived. VOGS is embedded in viscoelastic medium as a washer which is simulated by visco Pasternak foundation model. Results of a detailed parametric study demonstrate that the effects of nonlocal parameters, structure damping and elastic modulus of have significant effect on lateral deflection of nano-filter. It is expected that the results of this analysis will be useful in the design and development of nextgeneration of nanomedicine filters.
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Keywords: LOW VELOCITY; NANO-FILTER; NANO-GERMS; NANO-ORTHOTROPIC GRAPHENE SHEET; VISCOELASTIC MATERIAL

Document Type: Research Article

Publication date: August 1, 2015

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  • Advanced Science, Engineering and Medicine (ASEM) is a science, engineering, technical and medical journal focused on the publishing of peer-reviewed multi-disciplinary research articles dealing with all fundamental and applied research aspects in the areas of (1) Physical Sciences, (2) Engineering, (3) Biological Sciences/Health Sciences, (4) Medicine, (5) Computer and Information Sciences, (6) Mathematical Sciences, (7) Agriculture Science and Engineering, (8) Geosciences, and (9) Energy/Fuels/Environmental/Green Science and Engineering.
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