Study on Squeeze Oil Film Damper in Ultrahigh Speed Grinding

Tian Biao Yu; Ya Dong Gong; Hai Feng Zhao; Shuang Liang; Wan Shan Wang

doi:10.4028/www.scientific.net/KEM.359-360.215

Paper Titles

Interpretative Structural Modeling for Ceramic Grindability System
p.194

Study on Self-Configuration Method of Neural Network Model for Grinding Troubles On-Line Monitoring
p.199

An Optimal Feed Interpolation with Jerk-Limited Acceleration for Five-Axis Grinding
p.204

Real Time Thermal Error Modeling and Compensation of 5-Axis NC Grinding Machine Tool
p.210

Study on Squeeze Oil Film Damper in Ultrahigh Speed Grinding
p.215

Monitoring and Compensation of Thermal Error of Profile Grinding Spindle
p.219

Experimental Study on the Hardened Surface Layer of Grinding SKD-11 Hardened Steel
p.224

Experimental Investigations on Surface Residual Stresses in the As-Sprayed and Ground Nanostructured WC/12Co Coatings
p.229

Surface and Sub-Surface Integrity of Ultra- Machined BK7 Using Fine and Coarse Grained Diamond Wheels
p.234

HomeKey Engineering MaterialsKey Engineering Materials Vols. 359-360Study on Squeeze Oil Film Damper in Ultrahigh...

Study on Squeeze Oil Film Damper in Ultrahigh Speed Grinding

Abstract:

The operation principle of SFD and the center moving orbit of grinding wheel spindle which under the operation of SFD are studied. Based on the theoretical research, the experiment is studied and analyzed. The study results show that the application of SFD technology can effectively restrain vibration which is caused by the imbalance quality when the grinding wheel spindle turning at ultrahigh speed. And it can remarkably improve the working quality and work efficiency of ultra high-speed grinder.