Abstract List
My Submissions
438
Vision-based High Precision Frequency Detection with the Assistance of Non-Harmonic Analysis TechnologyDraft Accepted

rongfeng deng, Fengshou Gu*

#Vibration Testing and Sensing techniques

378
A phase-based motion extraction technique using undecimated double tree-complex wavelet transformFinal Paper

Wendi Zhang, Hongguang Li*, Jiwen Zhou, Xiang Luan

#Vibration Testing and Sensing techniques

367
基于多普勒频移的电子器件振动测试Draft Accepted

林华 吴*

#Vibration Testing and Sensing techniques

346
Modelling the Dynamics of a CNC Spindle for Tool Condition Identification based on On-Rotor SensingDraft Accepted

Chun Li*, Fengshou Gu, Dawei Shi, Bing Li, Hongjun Wang, Guojin Feng, Andrew D Ball

#Vibration Testing and Sensing techniques

188
Study of Drag Force of Cone-shaped Drogue in Fluid Based on Machine LearningAbstract Accepted

Mingqi Sun, Xiangqian Zhu*, Tianhao He, Kaiben Yu, Le Zong

#Vibration Testing and Sensing techniques

170
Perceiving Excitation Characteristics from Interactions between Field Road and Vehicle via Vibration SensingDraft Accepted

Yuansheng Cheng, Xiaoqin Li*

#Vibration Testing and Sensing techniques

162
Research on the Phenomenon of a Self-synchronization System Based on Simulation and ExperimentAbstract Accepted

Kai Wang, Hanwen Song*, Jialu Xu

#Vibration Testing and Sensing techniques

158
Mechanical Performance Evaluation of Magnetorheological DamperAbstract Accepted

Jinghui Chen, Jianglin Hu, Chaoqun Wu*

#Vibration Testing and Sensing techniques

137
In-plane modal sensor design for annular plate structure with various boundary conditionsDraft Accepted

Jingtao Du*, Peng Lyu

#Vibration Testing and Sensing techniques

103
Estimation of dynamic characteristics of rigid body foundation using FRF-based substructure decouplingAbstract Accepted

Katsuya TAKASHIMA, Fumiyasu KURATANI*, Tatsuya YOSHIDA, Takenobu MATSUURA

#Vibration Testing and Sensing techniques

88
The Improved Calculus and Filter Algorithm Based on Optimal Black Box DesignAbstract Accepted

Liu Jinming*

#Vibration Testing and Sensing techniques

3
A monocular vision-based measurement method used for low-frequency linear and rotary vibrationsFinal Paper

Yang Ming, Yang Junjie, Chen Haibin, Liu Zhihua, Cai Chenguang*

#Vibration Testing and Sensing techniques

    12 Records 1/1
Important Date

  • Conference Date

    Nov 01

    2022

    to

    Nov 03

    2022

  • Oct 30 2022

    Draft paper submission deadline

  • Nov 09 2022

    Registration deadline

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Qingdao University of Technology
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