References
[1]. Miguel J.M., Guilemany J.M., and Vizcaino S. (2003).
“Tribological study of NiCrBSi coating obtained by different
processes”. Tribology International, Vol.36, pp.181-187.
[2]. Rodriguez J., Martin A., Fernandez R., and Fernandez
J.E. (2003). “An experimental study of the wear
performance of NiCrBSi thermal spray coatings”. Wear,
Vol.255, pp.950-955.
[3]. NI H.S., Liu X.H., Chang X.C., Hou W.L., Liu W., and
Wang J.Q. (2009). “High performance amorphous steel
coating prepared by HVOF thermal spraying”. Journal of
Alloys and Compounds, Vol.467, pp.163-167.
[4]. Hawthrone H.M., Arsenault B., Immarigeon J.P., Legoux
J.G., and Parameswaran V.R. (1999). “Comparison of slurry
and dry erosion behaviour of some HVOF thermal sprayed
coatings”. Wear, Vol.225-229, pp.825-834.
[5]. Thakur L., and Arora N. (2013). “A study on erosive wear
behaviour of HVOF sprayed nanostructured WC-CoCr
coatings”. Journal of Mechanical Science and
Technology, Vol.27, No.5, pp.1461-1467.
[6]. He J., and Schoenung J.M. (2002). “A review on
nanostructured WC-Co coatings”. Surface and Coatings
Technology, Vol.157, pp.72-79.
[7]. Verdon C., Karimi A., and Martin J.L. (1998). “A study on high velocity oxy-fuel thermally sprayed tungsten carbide
based coatings. Part 1: Microstructures”. Materials Science
and Engineering, Vol.A246, pp.11-24.
[8]. Jia K., and Fischer T.E. (1996). “Abrasion resistance of
nanostructured and conventional cemented carbides”.
Wear, Vol.200, pp.206-214.
[9]. Zhao X.Q., Zhou H.D., and Chen J.M. (2006).
“Comparative study of the friction and wear behaviour of
plasma sprayed conventional and nanostructured WC-
12% Co coatings on stainless steel”. Materials Science and
Engineering, Vol.A431, pp.290-297.
[10]. Gao P.H., Li C.J., Yang G.J., Li Y.G., and Li C.X. (2010).
“Influence of substrate hardness transition on built-up of
nanostructured WC-12Co by cold spraying”. Applied
Surface Science, Vol.256, pp.2263-2268.
[11]. Lima R.S., Karthikeyan J., Kay C.M., Lindemann J.,
and Berndt C.C. (2002). “Microstructural characteristics of
cold-sprayed nanostructured WC-Co coatings”. Thin Solid
Films, Vol.416, pp.129-135.
[12]. Sanchez E., Bannier E., Salvador M.D., Bonache V.,
Garcia J.C., Morgiel J., and Grzonka J. (2010).
“Microstructure and wear behaviour of conventional and
nanostructured Plasma-Sprayed WC-Co Coatings”.
Journal of Thermal Spray and Technology, Vol.19, No.5,
pp.964-974.
[13]. Gell M. (1995). “Application opportunities for
nanostructured materials and coatings”. Material Science
and Engineering, Vol.A204, PP.246-251.
[14]. Sampath S., Jiang X.Y., Matejicek J., Prchlik L.,
Kulkarni A., and Vaidya A. (2004). “Role of thermal spray
processing method on the microstructure, residual stress
and properties of coatings: An integrated study for Ni-5
wt.%Al bond coats”. Material Science and Engineering, Vol.A364, pp.216-231.
[15]. Tani K., Harada Y., and Kobayashi Y. (1998). “Unusual
application of plasma-sprayed coatings for boiler tubes in
oil-fired boilers”. Proceedings of Fifteenth International
Thermal Spray Conference, pp.951-956.
[16]. Unger R.H. (1987). “Comparison of Thermal Spray
Bond Coatss”. Proceedings of National Thermal Spray
Conference, ASM international, Materials Park, OH, pp.365-
370.
[17]. Hamatani H., Ichiyama Y., and Kobayashi J. (2002).
“Mechanical and thermal properties of HVOF sprayed Ni
based alloys with carbide”. Science and Technology of
Advance Materials. Vol.3, pp.319-326.
[18]. Fukuda Y., and Kumon Y. (1995). Proceedings of the
Fourteenth International Thermal Spray Conference,
Kobe, Japan, ASM International, Vol.107.
[19]. Sawa M., and Oohori J. (1995). “Thermal spraying:
Current status and future trends”. Proceedings of the
Fourteenth International Thermal Spray Conference,
Kobe, Japan, ASM International, Vol.37.
[20]. Kim H.J., Hwang S.Y., Lee C.H., and Juvanon P. (2003).
“Assessment of wear performance of flame sprayed and
fused Ni-based coatings”. Surface Coatings and
Technology. Vol.172, pp.262-269.
[21]. Matsubara Y., Kumagawa M., Sochi Y., and Notomi A.
(1995). “Application of self-fused alloy coating by HF
induction heating”. Thermal Spraying-Current Status and
Future Trends, Kobe, Japan, pp.1001-1004.
[22]. Takasaki N., Tomiguchi A., Sochi Y. and A. Omari,
(1992). “Fusing of Ni based coatings by induction heating”.
Proceedings of International Thermal Spray Conference
and Exposition, Orlando, Florida, USA, pp.273-278.