Sentence examples for mode vibration control from inspiring English sources

Positive position feedback (PPF) control, linear quadric regulator (LQR) control, and neural network predictive (NNP) control strategies were adopted to perform the first bending mode vibration control of the beam.

The proposed method is designed to improve the performance of multi-mode vibration control in cylindrical shells.

The particular focus is on passive multi-mode vibration control with the aim of finding the optimal shunt impedance among the passive and realizable candidates.

A method of multi-mode vibration control for the carbody of high-speed electric multiple unit (EMU) trains by using the onboard and suspended equipments as dynamic vibration absorbers (DVAs) is proposed.

Considering the time-varying vibration characteristics of the ball screw caused by the continuous movement of the nut, this paper takes the form of a hollow screw shaft structure containing multiple tuned mass dampers (MTMD) to achieve the lateral multi-mode vibration control of the screw shaft.

Experimental results show that the vibration of the first mode around 92 Hz and the second mode around 240 Hz of the three smart links are reduced respectively by 64.98%, 59.47%, 62.28%, and 45.80%, 36.79%, 33.33%, which further verify the multi-mode vibration control ability of the smooth adaptive sliding mode control law.

The effect of the multi-mode vibration on the ride quality of a high-speed EMU train was studied, and the target modes of vibration control were determined.

The effectiveness of the proposed experimental identification method was shown in case of vertical resonance modes in vibration control experiments.

Furthermore, the advantage of proposed system is shown by comparing with other passive strategies for multi-mode cable vibration control.

In the present paper, a new method for optimal design of viscous dampers to achieve multi-mode cable vibration control is developed.

The smooth adaptive sliding mode based active vibration control is proposed to suppress the vibration of the smart links, and the first and second modes of the three links are targeted to be suppressed in modal space to avoid the spillover phenomenon.