目录 Foreword Preface Chapter 1Electric Discharge Milling of Insulating Engineering Ceramics 1.1Introduction 1.2Principle and characteristics of ED milling 1.2.1Principle of ED milling 1.2.2Characteristics of ED milling 1.3Experiments and discussion 1.3.1Effects of the pulse duration on the process performance 1.3.2Effects of the pulse interval on the process performance 1.3.3Effects of the peak current on the process performance 1.3.4Effect of tool polarity on the process performance 1.3.5Effect of peak voltage on the process performance 1.3.6Effect of rotational speed of the tool electrode on the process performance 1.3.7Effect of feed speed of the workpiece on the process performance 1.3.8Effect of emulsion concentration of the machining fluid on the process performance 1.3.9Effect of NaNO3 concentration of the machining fluid on the process performance 1.3.10Effect of Polyvinyl alcohol concentration on the process performance 1.3.11Effect of flow velocity of the machining fluid on the process performance 1.4Numerical simulation of single pulse discharge machining insulating Al2O3 ceramic 1.4.1Model details 1.4.2Finite element formulations 1.4.3Results and discussion 1.5Conclusions References ……
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