Modeling of Thickness of the Oxide Film in ELID Grinding

Hua Li Zhang; Ji Cai Kuai; Fei Hu Zhang

doi:10.4028/www.scientific.net/AMR.135.376

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Influences of Properties of Fixed Abrasive Tool on the Lapping Process of Stainless Steel Substrate
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Modeling the Material Removal Rate in Micro Abrasive Water Jet Machining of Glasses
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Modeling of Thickness of the Oxide Film in ELID Grinding
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Preparation of Magnetic Abrasive by Sintering Method
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Development of High Performance Monolayer Brazed Diamond Grinding Tool for Ceramics
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Modification of Resin and its Application to Resin-Bonded Diamond Wire Saw Manufacture
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Fillers and Dissolvent in Porous Self-Generating Fine Super-Hard Abrasive Tool
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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 135Modeling of Thickness of the Oxide Film in ELID...

Modeling of Thickness of the Oxide Film in ELID Grinding

Abstract:

The properties of oxide films are very important for improving the mass of ELID grinding surface. In this paper, a novel calculation model of thickness of oxide films was proposed; the theoretical calculation and simulation analysis were developed, and were compared with the corresponding experimental results. The results proved that the theoretical calculation and simulation results of the thickness of the oxide films had good agreement with the experimental results. This model could predict precisely the change of thickness of oxide film, the instinct of non-linear electrolysis was explained from a novel aspect of ability of pulsed electrolysis. This model could be used in the on-line control of electrolytic state during practical ELID grinding process.