Efficiency improvement of electrochemical discharge machining by a magnetic field-assisted approach

Keyphrases

• Efficiency Improvement 100%
• Electrochemical Discharge Machining 100%
• Magnetic Field Assisted 100%
• Electrolysis 60%
• Magnetic Field 40%
• Charged Ions 40%
• Micro-hole 40%
• Electrolyte Flow 40%
• Narrow Gap 40%
• Machining Accuracy 40%
• Lorenz Force 40%
• Magnetohydrodynamic Convection 40%
• Machining Depth 40%
• Non-conductive Material 20%
• Spark Discharge 20%
• Silica 20%
• Electrolyte 20%
• Gas Film 20%
• Machining Process 20%
• Discharge Performance 20%
• Film Quality 20%
• Machining Method 20%
• Machining Rate 20%
• Magnetic Field Direction 20%
• Efficient Machining 20%
• Machining Efficiency 20%
• Mechanical Disturbance 20%

Engineering

• Magnetic Field 100%
• Electric Discharge Machining 100%
• Hydrodynamics 40%
• Microhole 40%
• Narrow Gap 40%
• Machining Accuracy 40%
• Microchannel 20%
• Film Quality 20%
• Silicon Dioxide 20%

Material Science

• Machining 100%
• Hydrodynamics 16%
• Film 8%
• Surface (Surface Science) 8%