Numerical and Flow Field Simulation of Acoustic Levitation Polishing

Wei Fang Wang; J. Zhang; Dong Hui Wen

doi:10.4028/www.scientific.net/AMR.215.195

Paper Titles

Machining of Free-Form Surface Base on Cutter Shaft Tilt Method with Ball-End Cutter
p.176

Computer Aided Formula Design of PVA Abrasive Tool by Polynomial Regression
p.182

Dynamic Characteristic Difference on Two Kinds of Broading Machine on the Similar Configuration
p.186

3D Modeling and Open-Close Motion Simulation of the Triple Eccentric Butterfly Valve
p.191

Numerical and Flow Field Simulation of Acoustic Levitation Polishing
p.195

3D Numerical Simulation of a New Type of Throttle Control Valve
p.199

Product Design of Master Part Based on PRO / E
p.204

Design of Cold Extrusion Die for the Precision Gears
p.208

Study on Construction of Tyre Tread Pattern Mold and its Machining with 3-Axis Numerical Control
p.212

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 215Numerical and Flow Field Simulation of Acoustic...

Numerical and Flow Field Simulation of Acoustic Levitation Polishing

Abstract:

Based on a novel polishing method named as acoustic levitation polishing. Analysis of the basic principles of acoustic levitation polishing. Through the simulation of fluid field in polishing, by the case that in a single or multiple sound source vibration, contrast the flow field of slurry. Analysis of the effect of the movement of slurry in the container to the surface uniformity.