CAD/CAE System for Shaping Process of Three Dimensional Complicated Surfaces in Electrochemical Machining

Lei Wang

doi:10.4028/www.scientific.net/AMR.97-101.4061

Paper Titles

Process Research on the Laser Rapid Manufacturing Technology
p.4042

Research and Application on Reverse Design of Complicated Petroleum Aiguille
p.4046

Dual-Phase Materials Extrusion Process for Rapid Fabrication of Ceramic Dental Crown
p.4050

Modeling and Analysis of NC Compliant Abrade Polishing for Surface of Revolution
p.4057

CAD/CAE System for Shaping Process of Three Dimensional Complicated Surfaces in Electrochemical Machining
p.4061

Fuzzy Optimization Design on Stranded Wire Helical Spring of High-Frequency Vibration Sieve
p.4066

Grinding Finishing Merging Electropolishing on Hole-Wall Surfaces
p.4071

Study on Optimization of Cathode’s Feeding Route in Flexible Feeding Electrochemical Machining
p.4075

Evaluation of WEDM Surface Quality
p.4080

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CAD/CAE System for Shaping Process of Three Dimensional Complicated Surfaces in Electrochemical Machining

Abstract:

The paper presented a computer aided design and engineering (CAD/CAE) system that can be used to simulate and analyse three-dimensional complicated workpiece’s shaping process in electrochemical mahining. In the CAE model the finite element method was applied to analysis the electric-field distribution in inter-electrode gap. Factors affecting the electric-field distribution, such as flow factors and passivating electrolyte, are also taken into account by using database technology. The results of simulation and experiments showed that the system was of high precision.