References
[1]. Alauddin M.; Choudhury I. A.; El Baradie M. A.; Hashmi
M. S. J. (1995). Plastics and their machining: a review.
Journal of Materials Processing Technology, 54: 40-46.
[2]. Amarasekera J. (2005). Conductive plastics for
electrical and electronic applications. Reinforced plastics,
38-41.
[3]. Atefi R.; Razmavar A.; Teimoori F. (2012). The influence
of EDM parameters in finishing stage on material removal
rate of hot work steel using artificial neural network. Journal
of Basic and Applied Scientific Research, 2 (3): 2307-2311.
[4]. Bhatnagar N.; Ramakrishnan N.; Naik N. K.; Komanduri
R. (1995). On the machining of fiber reinforced plastic (FRP)
composite laminates. International Journal of Machine
Tools & Manufacture, 35 (5): 701-716.
[5]. DiBitonto D. D.; Eubank P. T.; Patel M. R.; Barrufet M. A.
(1989). Theoretical models of the electrical discharge
machining process-I: a simple cathode erosion model.
Journal of Applied Physics, 66 (9): 4095–4103.
[6]. Ebied S. J.; Fahmy R. T.; Habib S. S. (2004).
Mathematical modeling for wire electrical discharge
machining of aluminum-silicon carbide composites. 34th International MATADOR Conference, Manchester
University, UK, 147-152.
[7]. Fukuzawa Y., Mohri N., Tani T. Muttamara A. (2004).
Electrical discharge machining properties of nobel crystals.
Journal of Materials Processing Technology, 149: 393-397.
[8]. Fukuzawa Y.; Mohri N.; Tani T. (1997). Electrical
discharge machining phenomena of insulating sialon
ceramics with an assisting electrode. IJEM, 2: 25–30.
[9]. Hascalyk A., Caydas U. (2004). Experimental study of
wire electrical discharge machining of AISID5 tool steel.
Journal of Materials Processing Technology, 148: 362-367.
[10]. Jain V. K.; Choudhury S. K.; Ramesh K. M. (2002). On
the machining of alumina and glass. International Journal
of Machine Tools & Manufacture, 42: 1269-1276.
[11]. Kalpakjian S.; Schmid S. R; Kok C. W. (2009).
Manufacturing processes for engineering materials. 6th
edition, Pearson Prentice Hall, New York, 584-668.
[12]. Kim D.; Ramulu M.; Doan X. (2005). Influence of
Consolidation Process on the Drilling Performance and
Machinability of PIXA-M and PEEK Thermoplastic
Composites. Journal of Thermoplastic Composite
Materials, 18 (3): 195-217.
[13]. Krishnaraj V; Zitoune, R.; Davim J. P. (2013). Drilling of
Polymer-Matrix Composites, Springer Briefs in Applied
Sciences and Technology: 13-35
[14]. Khan A. A. (2008). Electrode wear and material
removal rate during EDM of aluminum and mild steel using
copper and brass electrodes. International Journal of
Advanced Manufacturing Technology, 39: 482-487.
[15]. Konig W. and Dauw D. F. (1988). EDM-future steps
towards the machining of ceramics. Annals of CIRPManufacturing
Technology, 37 (2): 623-631.
[16]. Koplev A.; Lystrup Aa.; Vorm T. (1983). The cutting
forces, chips, and cutting forces in machining CFRP.
Composites, 14 (4): 371-376.
[17]. Kozak J.; Rajurkar K. P.; Chandarana N. (2004).
Machining of low electrical conductive materials by wire
electrical discharge machining (WEDM). Journal of
Materials Processing Technology, 149: 266-271.
[18]. Lantos P. R. (1987). Plastics in medical applications. Journal of Biomaterials Applications, 2 (3): 358-371.
[19]. Lee H. T.; Tai T. Y. (2003). Relationship between EDM
parameters and surface crack formation. Journal of
Material Processing Technology, 142: 676-683.
[20]. Lim L. C.; Lee L. C.; Wong Y. S.; Lu H. H. (1991).
Solidification microstructure of electro discharged
machined surface of tool steels. Material Science
Technology, 7: 239-248.
[21]. Luis C. J.; Puertas, I.; Villa G. (2005). Material removal
rate and electrode wear study on the EDM of silicon
carbide. Journal of Material Processing Technology, 164-
165: 889-896.
[22]. Mohri N.; Fukuzawa Y.; Tani T.; Saito N.; Furutani K.
(1996). Assisting electrode method for machining
insulating ceramics. CIRP-Annals of Manufacturing
Technology, 45 (1): 201–204.
[23]. Mohri N., Fukusima Y., Fukuzawa Y., Tani T., Saito N.
(2003). Layer generation process on work-piece in
electrical discharge machining. CIRP-Annals of
Manufacturing Technology, 52 (1): 161–164.
[24]. Muttamara A.; Fukuzawa Y.; Mohri N.; Tani T. (2003)
Probability of precision micro-machining of insulating Si3N4
ceramics by EDM. Journal of Materials Processing
Technology, 140: 243-247.
[25]. Patel B. B.; Rathod K. B. (2012) Multi-parameter
analysis and modeling of surface roughness in electro
discharge machining of AISI D2 steel. International Journal
of Scientific & Engineering Research 3 (6): 1-6.
[26]. Rajput R. K. (2008) Manufacturing technology
(manufacturing processes). Laxmi publications (P) LTD, New
Delhi, 1st edition.
[27]. Takeyama H. (1988) Machining of glass fiber
reinforced plastics and application of ultrasonic
machining. Annals of the CIRP, 37 (1): 93-96.
[28]. Tandon S.; Jain V. K.; Kumar P.; Rajurkar K. P. (1990)
Investigations into machining of composites. Precision
Engineering, 12 (4): 227-238.
[29]. Tani T.; Fukuzawa Y.; Mohri N.; Satio N.; Okada M.
(2004) Machining phenomena in WEDM of insulating
ceramics. Journal of Materials Processing Technology,
149: 124-128.
[30]. Toshihiko O.; Kimitaka T.; Katsuya M.; Toshiaki F.;
Nobuyoshi K. (2005) Study of lightening technique by using
of the plastic. Bulletin of the Western Hiroshima Prefecture
Industrial Research Institute, 48: 63-64.
[31]. Seo Y.; Ramulu M.; Hashish M. (2004). Some aspects in
abrasive waterjet machining of polymer composites.
Journal of Jet Flow Engineering, 21 (2): 4-12.
[33]. Wang J. (1999). Abrasive water jet machining of
polymer matrix composites-cutting performance, erosive
process and predictive models. International Journal of
Advanced Manufacturing Technology, 15: 757-768.
[34]. Weber A. (1991). Plastics in automotive engineering
use and reuse. Journal of Materials Design, 12: 199-208.
[35]. Wuthrich R.; Fascio V. (2005). Machining of nonconducting
materials using electrochemical discharge
phenomenon-an overview. International Journal of
Machine Tools & Manufacture, 45: 1095-1108.
[36]. Zitoune R.; El Mansori M.; Krishnaraj V. (2013). Tribofunctional
Design of Double Cone Drill Implications in Tool
