Titlebook: Optimized Engineering Vibration Isolation, Absorption and Control; Wei Huang,Jian Xu Book 2023 The Editor(s) (if applicable) and The Autho

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POLYP

Semi-Active Control Tracking Active Control,ynomial model is proposed for MRD, and an open-loop control strategy for MRD is also proposed. Based on this, nonlinear damping force tracking based on MRD is carried out including cubic nonlinear damping force, harmonic nonlinear damping force, and optimized active control force in Chap. ., and the

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Reclaim

Passive and Active Control Using Refined FEM Analysis,le-stage and two-stage vibration isolation system is studied. Based on this, active control using refined FEM analysis is investigated, and a finite element calculation strategy for active control is proposed in FEM environment by using ANSYS. Followed by, additional base isolation, additional visco

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bourgeois

Dynamic Vibration Absorption and Performance Optimization for Equipment, Floor and High-rise Buildive dynamic vibration absorption using LQR control and PSO technique and semi-active dynamic vibration absorption using a MRD is proposed. Followed by, dynamic vibration absorption for floor structure using TMD and ATMD is proposed, and active control for ATMD is achieved in FEM. Subsequently, dynami

Ostrich

Optimal Sensors Deployment,hm is developed for optimal sensor deployment (OSD) on planar structure and in spatial structure, and the numerical examples indicate that the gbest solution can obtain the OSD whether the sensors are uniform or combinational.