Broad bandgap active metamaterials with optimal time-delayed control
Y Gao, L Wang - International Journal of Mechanical Sciences, 2023 - Elsevier
In this paper, a metamaterial with time-delayed feedback control for broadband vibration
suppression is investigated. Genetic algorithm is used to optimize the time-delayed …
suppression is investigated. Genetic algorithm is used to optimize the time-delayed …
Vibration transmission through a cantilever beam in mass impacting metamaterial: An analytical investigation and experimentation
This paper presents a novel form of mass-in-mass metamaterial, in which the internal
resonator is replaced by a beam. Additionally, stoppers are installed on either side of the …
resonator is replaced by a beam. Additionally, stoppers are installed on either side of the …
A graded acoustic metamaterial rod enabling ultra-broadband vibration attenuation and rainbow reflection
Broadband vibration suppression poses a significant engineering challenge, and
researchers have turned to acoustic metamaterials (AMs) as a promising solution …
researchers have turned to acoustic metamaterials (AMs) as a promising solution …
Influences of Parameter Deviation on the Vibration Isolation System of an End Effector
H Song, X Shan, H Yu, G Wang, J Fan - Actuators, 2022 - mdpi.com
The vibration problem influences the precision of the equipment. However, some vibration
isolation systems (VISs) with the perfect theoretical and simulation results are still unable to …
isolation systems (VISs) with the perfect theoretical and simulation results are still unable to …
Design and Experimental Study for Vibration Isolation Properties of a Chiral Ring Oscillator Metastructure Plate
J Zhang, C Wang, W Ma, C Liu - Available at SSRN 4924192 - papers.ssrn.com
In this paper, a novel metastructure plate composed by chiral ring oscillators is proposed for
vibration isolation, and the mechanical properties and band gaps are studied. The designed …
vibration isolation, and the mechanical properties and band gaps are studied. The designed …