1 H. Huang, "Ultrasonic vibration assisted electro-discharge machining of microholes in Nitinol" 13 (13): 693-700, 2003
2 W. Zhao, "Ultrasonic and EDM to deep and small hole on titanium alloy" 120 (120): 101-106, 2002
3 G. S Prihandana, "The Current Methods for Improving Electrical Discharge Machining Processes" 2 (2): 61-68, 2009
4 G. S. Prihandana, "The Application of Powder Suspended Dielectric Fluid in Micro-EDM Processes to Reduce Machining Time" 1 (1): 210-213, 2009
5 Q. H. Zhang, "Study on technology of ultrasonic vibration aided electrical discharge machining in gas" 149 (149): 640-644, 2004
6 T. Endo, "Study of vibrationassisted micro-EDM – The effect of vibration on machining time and stability of discharge" 32 (32): 269-277, 2008
7 T. Sriani, "Novel Tool Design Method for Orbiting Electrical Discharge Machining" 4 (4): 1182-1191, 2010
8 T. Sriani, "Novel Tool Design Method for Orbiting EDM -A 2nd Approach on Design Automation Developed in CAD" 4 (4): 1261-1271, 2010
9 G. S. Prihandana, "Effect of micro-powder suspension and ultrasonic vibration of dielectric fluid in micro-EDM processes— Taguchi approach" 49 (49): 1035-1041, 2009
10 G. S. Prihandana, "Effect of micro MoS2 powder mixed dielectric fluid on surface quality and material removal rate in micro-EDM processes" 34 (34): 329-332, 2009
1 H. Huang, "Ultrasonic vibration assisted electro-discharge machining of microholes in Nitinol" 13 (13): 693-700, 2003
2 W. Zhao, "Ultrasonic and EDM to deep and small hole on titanium alloy" 120 (120): 101-106, 2002
3 G. S Prihandana, "The Current Methods for Improving Electrical Discharge Machining Processes" 2 (2): 61-68, 2009
4 G. S. Prihandana, "The Application of Powder Suspended Dielectric Fluid in Micro-EDM Processes to Reduce Machining Time" 1 (1): 210-213, 2009
5 Q. H. Zhang, "Study on technology of ultrasonic vibration aided electrical discharge machining in gas" 149 (149): 640-644, 2004
6 T. Endo, "Study of vibrationassisted micro-EDM – The effect of vibration on machining time and stability of discharge" 32 (32): 269-277, 2008
7 T. Sriani, "Novel Tool Design Method for Orbiting Electrical Discharge Machining" 4 (4): 1182-1191, 2010
8 T. Sriani, "Novel Tool Design Method for Orbiting EDM -A 2nd Approach on Design Automation Developed in CAD" 4 (4): 1261-1271, 2010
9 G. S. Prihandana, "Effect of micro-powder suspension and ultrasonic vibration of dielectric fluid in micro-EDM processes— Taguchi approach" 49 (49): 1035-1041, 2009
10 G. S. Prihandana, "Effect of micro MoS2 powder mixed dielectric fluid on surface quality and material removal rate in micro-EDM processes" 34 (34): 329-332, 2009
11 G. S Prihandana, "Accuracy improvement in nano graphite powder suspended dielectric fluid for microelectrical discharge machining processes"
12 C. Gao, "A study of ultrasonically aided microelectrical discharge machining by the application of workpiece vibration" 139 (139): 226-228, 2003
13 D. Kremer, "A study of the effect of Synchronizing Ultrasonic Vibration with pulses in EDM" 40 (40): 211-214, 1991
14 Z. N. Guo, "A study of Ultrasonic aided Wire Electrical Discharge Machining" 63 (63): 823-828, 1997
15 M. Mahardika, "A new method for monitoring micro-electric discharge machining processes" 48 (48): 446-458, 2008
16 M. Mahardika, "A new approach on the determination of ease of machining by EDM processes" 48 (48): 746-760, 2008
17 V. S. Murti, "A Comparative analysis of Machining Characteristic in Ultrasonic Assisted EDM by the response Surface Methodology" 25 (25): 259-272, 1987