Study on ultrasonic vibration in gas and optimization of a novel process of EDM

Keyphrases

• Ultrasonic Vibration 100%
• Electrical Discharge Machining 100%
• Machining Process 66%
• Ultrasonic Vibration Assisted 66%
• Machining Performance 66%
• Gas Medium 66%
• High Efficiency 33%
• Pulse Duration 33%
• Material Removal Rate 33%
• Surface Roughness 33%
• Environmentally Friendly 33%
• Machining Parameters 33%
• Peak Current 33%
• Signal-to-noise Ratio 33%
• Working Time 33%
• Current Pulse 33%
• Machining Characteristics 33%
• Dielectric Fluid 33%
• Taguchi Method 33%
• Machining Quality 33%
• Air Pressure 33%
• Modern Manufacturing 33%
• SKD61 33%
• Servo 33%
• Tool Steel 33%
• Reference Voltage 33%
• Experimental Response 33%
• Response Value 33%
• Manufacturing Applications 33%

Engineering

• Ultrasonics 100%
• Electrical Discharge 100%
• Electric Discharge Machining 100%
• Process Parameter 66%
• Machining Performance 66%
• Signal-to-Noise Ratio 33%
• Material Removal Rate 33%
• Machining Parameter 33%
• Experimental Response 33%
• Experimental Work 33%
• Current Pulse 33%
• Dielectric Fluid 33%
• Taguchi Method 33%
• Main Process 33%
• Machining Quality 33%
• Tool Steel 33%
• Response Value 33%
• Reference Voltage 33%
• Modern Manufacturing 33%
• Pulse Duration 33%
• Servomotors 33%
• Atmospheric Pressure 33%