The Single-Abrasive Coupled Flutter Model in Power Ultrasonic Honing

Xiao Qiang Zhang; Xi Jing Zhu; Hai Zhen Geng; Jian Qing Wang; Quan Cheng; Ling Long Cheng

doi:10.4028/www.scientific.net/AMM.775.19

Paper Titles

Preface and Organizing Committee

Dynamics Modeling and Analysis of Multi-Point Ejection Mode of Space Nets System
p.3

Vibration Characteristics Analysis of an Elastic Cavity
p.9

Simulations and Stability Analysis of Wave-Induced Motions of a Freely Floating Body Using ADINA
p.14

The Single-Abrasive Coupled Flutter Model in Power Ultrasonic Honing
p.19

Theoretical Analyses of Vibration and Sound Radiation Responses of Heated Symmetric Laminated Plates in Pre- and Post-Buckling Ranges
p.23

Changes in Gait Characteristics due to Outsole Structure of Shoe
p.28

Analysis of Vertical Rolling Force with GM Yield Criterion and Anti-Symmetric Parabola Dog-Bone Shapes
p.34

Development for a Hot-Water Heating System Using Biogas Energy in the Pig Farm
p.39

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 775The Single-Abrasive Coupled Flutter Model in Power...

The Single-Abrasive Coupled Flutter Model in Power Ultrasonic Honing

Abstract:

Flutter, a dynamic and severe self-excited vibration, easily produced in power ultrasonic honing, is one of the important factors, which affects the processing quality of the workpiece, the efficiency of the machine tool. Based on the study of power ultrasonic honing mechanism, choosing single abrasive and workpiece as research objects, respectively establishe the physical and mathematical coupled flutter model of power ultrasonic honing nonlinear system, with two degrees of freedom, determine the differential expression of the model, and simulate the boundry of flutter condition. It is proved flutter is produced in ultrasonic vibration honing, then the way is proposed to restrain. The study provide a theoretical basis for deeply seeking the strategy to repress and eliminate the flutter.

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Periodical:

Applied Mechanics and Materials (Volume 775)

Pages:

19-22

DOI:

https://doi.org/10.4028/www.scientific.net/AMM.775.19

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Online since:

July 2015

Authors:

Xiao Qiang Zhang*, Xi Jing Zhu, Hai Zhen Geng, Jian Qing Wang, Quan Cheng, Ling Long Cheng

Keywords:

Coupled Flutter, Mathematical Model, Physical Model, Power Ultrasonic Honing

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* - Corresponding Author

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