Modeling and Experiment of Anodic Smoothening in Electrochemical Finishing Based on Lateral Direction Dissolution

Gui Bing Pang; Xieeryazidan Adayi; Ning Ma; Wen Ji Xu; Jin Jin Zhou

doi:10.4028/www.scientific.net/AMR.53-54.21

Paper Titles

Preface

Compound Finish Processes Using Burnishing and Ultrasonic Electrochemical Finishing on Hole-Wall Surface
p.3

Simulation of Flows Field Characteristics in the Nozzle of Two-Phase Compulsive Circulation Flows Finishing
p.9

Process Characteristics Research on Horizontal Spindle Barrel Finishing
p.15

Modeling and Experiment of Anodic Smoothening in Electrochemical Finishing Based on Lateral Direction Dissolution
p.21

Experimental Investigation on Electrochemical Finishing Machining of Stainless Steel in Passive Electrolyte Solution
p.27

Compliant Control at Micro-Displacement in Hydrodynamic Suspension Ultra-Smooth Machining
p.33

Theoretical Analysis and Experimental Verification of Validity Finished by Abrasive Jet with Grinding Wheel as Restraint
p.39

Computer Simulation on Centrifugal Barrel Surface Finishing Based on Discrete Element Method
p.45

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 53-54Modeling and Experiment of Anodic Smoothening in...

Modeling and Experiment of Anodic Smoothening in Electrochemical Finishing Based on Lateral Direction Dissolution

Abstract:

From the viewpoint of the change of the anodic surface microtopography in the process of Electrochemical Finishing (ECF), this paper studies the anodic smoothening mechanism of ECF and puts forward the directional issue of the dissolution of anodic surface in the microtopography sense. On condition that the anodic material is dissolved along with the normal direction of the micro-profile on the anodic surface, the influence of wave length of the micro-profile on the smoothening effect is discussed in detail and the mathematical model based on the “lateral direction dissolution” is established. Finally, ECP is taken as the example and the experiment is carried out, the result shows that the smoothening rule obtained by experiment accords with that by calculation.