... Simulation and published analytical closed form solutions. statistical energy analysis (SEA) nonlinear vibration entropy thermodynamics power flow power proportionality coupling loss factor (CLF) modal energy vibrating energy weakly coupled systems vibrating temperature Monte Carlo...

... the deflection response under different boundary conditions. Resonance behavior is critical in PWB failure prediction based on the stress analysis. The analytical results can be extended to the nonlinear dynamics analysis of the thin laminated plate. laminates nonlinear vibration printed wiring board...

... An active control strategy is developed for nonlinear vibration control of an axially translating beam applied in engineering field. The control strategy is established on the basis of Fuzzy Sliding Mode Control. The nonlinear model governing the beam system is described with a six-degree...

... In order to compare nonlinear vibration response of the different enabled materials in the matrix of composites, the nonlinear vibrations of a composite plate reinforced with carbon nanotubes (CNT) are studied. In this paper, the carbon nanotubes are supposed to be long fibers. The nonlinear...

... signify the fact that HPM is a powerful tool for analyzing dynamic and vibrational behavior of structures analytically. Homotopy Perturbation Method Buckling analysis Nonlinear Vibration Lindstedt-poincare Proceedings of IMECE2010 2010 ASME International Mechanical Engineering Congress...

... as well as heat exchangers in energy systems. This experiment may also be a two dimensional analog of impact dynamics of granular materials in a flow. Nonlinear Vibration Fluid-Induced Vibration Complexity Entropy Nonlinear Mode Proceedings of IMECE2002: 5th FSI, AE & FIV +N Symposium NL O 2...

..., and analyzed its nonlinear vibration properties by numerical simulation method. The current-controlled attractive type maglev system is a feedback system based on a PD-controller that adjusts the current of the electromagnet to stably levitate a body with constant gap. The ranges of the system’s feedback gains...

... of 1/3 order. Onsets of the chaotic responses are also confirmed by the Poincare´ projection in the variation of exciting frequency. Beams Chaos Nonlinear Vibration Postbuckling Proceedings of IMECE2004 2004 ASME International Mechanical Engineering Congress and RD&D Expo November 13-19...

... contributes dominantly. Higher modes of vibration contribute to the chaos with small amount of amplitude. Beams Chaos Nonlinear Vibration Postbuckling Proceedings of IMECE2004 2004 ASME International Mechanical Engineering Congress and RD&D Expo November 13-19, 2004, Anaheim,California USA N A r b...

... Nonlinear Vibration Finite Element Method Modal Analysis Reduced-Order Model This paper presents a procedure to derive reduced-order nonlinear modal equations of circular cylindrical shells. Modal analysis is applied to the nonlinear finite element equation by using base vectors...