Results 11 to 20 of about 1,784 (294)
The Inerter: A Retrospective [PDF]
Annual Review of Control, Robotics, and Autonomous Systems, 2020 This article provides an introduction and overview of the inerter concept and device. Careful attention is given to the distinction between the inerter as an ideal modeling element and devices that approximate the ideal behavior. The background is given to the formal definition of the inerter as a mechanical one-port with terminal forces proportional ...
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Dynamic-Breakdown of the Ball-Screw Inerter in ISD System
Applied Sciences, 2023 Inerter is a novel type of mechanical element. As the important composition of vibration control systems, inerters are widely used. Meanwhile, the operation security issue of the inerter is becoming increasingly prominent.
Yuehao Li +6 more
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Multi-point inerter array and rotation invariance of regular polygon inerter array
Results in EngineeringInerter is a pure inertia two-terminal dynamic element. Physical implementations of inerters have made progress in control engineering, mechanical engineering, energy engineering and civil engineering. In this research, an interesting physical phenomenon,
Yuehao Li +6 more
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The mem-inerter: A new mechanical element with memory
Advances in Mechanical Engineering, 2018 A new two-terminal mechanical element named the mem-inerter described by a relation between integrated momentum and displacement is introduced as the memory counterpart of an inerter.
Xiao-liang Zhang, Qiao Gao, Jiamei Nie
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Modeling, Testing, and Characteristic Analysis of a Planetary Flywheel Inerter [PDF]
Shock and Vibration, 2018 We propose the planetary flywheel inerter, which is a new type of ball screw inerter. A planetary flywheel consists of several planetary gears mounted on a flywheel bracket. When the flywheel bracket is driven by a screw and rotating, each planetary gear
Zheng Ge, Weirui Wang
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Buildings, 2022 This paper proposes a novel ungrounded TMDI to improve the vibration suppression performance of the transmission line under harmonic excitation. This type of inerter-based damper may transform a translational motion into a rotational motion, greatly ...
Xinpeng Liu +4 more
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TMD-Inerter for Tall Building Damping: Approximate Closed-Form Solution, Performance and Conclusions
BuildingsThis paper analyzes the performance of the TMD-Inerter for tall building damping. The analysis is performed by simulation to ensure ideal working behaviour of the inerter, i.e., the inerter produces a force in proportion to the relative acceleration of ...
Felix Weber
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Network synthesis and parameter optimization for vehicle suspension with inerter
Advances in Mechanical Engineering, 2016 In order to design a comfortable-oriented vehicle suspension structure, the network synthesis method was utilized to transfer the problem into solving a timing robust control problem and determine the structure of “inerter–spring–damper” suspension ...
Long Chen +5 more
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Physics, Tuning, and Performance of the TMD-Inerter for Harmonic Vibrations
CivilEngThis paper analyzes the physics of the TMD-Inerter for harmonic vibrations. The basic TMD-Inerter layout is assumed, where the inerter is installed between the TMD mass and the structural mass. For harmonic vibrations, the inerter force can be formulated
Felix Weber
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Dynamic response of SDOF systems with inerter or clutching inerter damper under harmonic excitations
Journal of Low Frequency Noise, Vibration and Active ControlIn this study, the dynamic response of single degree-of-freedom (SDOF) systems equipped with an inerter or a clutching inerter damper (CID) under harmonic force or base excitation is investigated.
Tian Wu, Xiaoyan Liu, Yongjun Shen
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