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The results shed light on the critical role each component plays in the composite beam’s dynamic response, offering insights for potential innovative designs and applications in both advanced structural engineering and nanotechnology domains. In this paper, an inertial nonlinear energy sink (nes) is used for the first time to reduce the nonlinear vibration of graphene platelet (gpl) reinforced porous nanocomposite beams under moving loads. Engineering the future :exploring the dynamic behavior of nanocomposite porous beams under the influence of nanoparticles /zhihua cui,zh
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Through molecular dynamics simulations, we investigate the effects of spherical nps on the conformation, segregation, topological constraints (tcs), dynamics, and mechanical behavior of nonconcatenated ring polymers, varying the np volume fraction φ from 0 to 44%. Dynamic response and economic of a laminated porous concrete beam reinforced by nanoparticles subjected to harmonic transverse dynamic load is investigated considering structural damping This item appears in the following collection (s) kci journal article show simple item record
