Keyphrases
Model Prediction
100%
Discharge Current
100%
Voltage Waveform
100%
Plasma Discharge
100%
Current Waveform
100%
Discharge Voltage
100%
Electrical Discharge Machining
100%
Plasma Resistance
100%
Discharge Energy
66%
Gap Distance
50%
Gap Voltage
50%
Open Gap
50%
Voltage Drop
33%
Electrical Energy
33%
Current Energy
33%
Voltage-current
33%
Electrode Gap
33%
Plasma Voltage
33%
Time Transient
33%
Direct Measurement
16%
Electrical Characteristics
16%
Energy Conservation
16%
Modeling Approach
16%
Global Modeling
16%
Copyright
16%
Discharge Time
16%
Thermal Energy
16%
Model-based Approach
16%
Voltage Gap
16%
High Discharge
16%
Mass Conservation
16%
Material Removal
16%
Machining Experiment
16%
Plasma Current
16%
Transient Current
16%
Plasma Growth
16%
Temporal Description
16%
Transient Voltage
16%
Stray Impedance
16%
Engineering
Voltage Waveform
100%
Electrodischarge Machining
100%
Current Waveform
100%
Discharge Energy
66%
Gap Voltage
50%
Transients
33%
Voltage Drop
33%
Electrical Energy
33%
Interelectrode Gap
33%
Resistance-Voltage
33%
Thermal Energy
16%
Conservation of Mass
16%
Conservation of Energy
16%
Material Removal
16%