WANG X,HEBERLEIN J,PFENDER E,et al.Effect of nozzle configuration,gas pressure,and gas type on coatingproperties in wire arc spray[J].Journal of Thermal Spray Technology,1999,8(4):565-575.
[2]
LIAO H L,ZHU Y L,BOLOT R,et al.Size distribution of particles from individual wires and effects of nozzle geometry intwin wire arc spraying[J].Surface and Coating Technology,2005,200:2123-2130.
[3]
BOLOT R,LI J,CODDET C.Some key advices for the modeling of plasma jets using FLUENT[C]∥Proceedings of theInternational Thermal Spray Conference 2005.Düsseldorf:DVS-German Welding Society,2005:1367-1371.
[4]
GEDZEVICIUS I,BOLOT R,LIAO H,et al.Application of CFD for wire-arc nozzle geometry improvement[C]∥ThermalSpray 2003:Advancing the Science&Applying the Technology.OH USA:ASM International,2003:977-980.
[5]
WILDEN J,SCHWENK A,BERGMANN J P,et al.Supersonic nozzles for the wire arc spraying[C]∥Proceedings of theInternational Thermal Spray Conference 2005.Düsseldorf:DVS-German Welding Society,2005:1068-1073.
[6]
HUSSARY N,SCHEIN J,HEBERLEIN J.Control of jet convergence in wire arc spray systems[C]∥Proceedings of the 2thUnited Thermal Spray Conference.Düsseldorf:DVS-German Welding Society,1999:335-339.
[7]
SAKAKI K,SHIMIZU Y.Improvement in wire arc spray by supersonic cold gas jet[C]∥Thermal Spray2001:New Surfacesfor a New Millennium.OH USA:ASM International,2001:441-445.
[8]
KELKAR M.Modeling and experimentation to characterize the wire arc spray process[D].Minnesota:University ofMinnesota,1998.
[9]
ZHU Y L,LIAO H L,CODDET C,et al.Characterization via image analysis of cross-over trajectories and inhomogeneity intwin wire arc spraying[J].Surface and Coating Technology,2003,162:301-308.
[10]
徐滨士,梁秀兵,马世宁,等.新型高速电弧喷涂枪的开发研究[J].中国表面工程,1998,11(3):16-19.XU Bin-shi,LIANG Xiu-bing,MA Shi-ning,et al.Development of a new high velocity arc srpaying gun[J].China SurfaceEngineering,1998,11(3):16-19.(in Chinese)
[11]
梁秀兵.高速电弧喷涂技术及其涂层性能研究[D].北京:装甲兵工程学院,2000.LIANG Xiu-bing.Studies on high velocity arc spraying technology and its coating properties[D].Beijing:Academy ofArmored Forces Engineering,2000.(in Chinese)
[12]
QUNBO F,LU W,FUCHI W.3D simulation of the plasma jet in thermal plasma spraying[J].Journal of MaterialsProcessing Technology,2005,166:224-229.
[13]
BOLOT R,BONNET R,JANDIN G,et al.Application of CAD to CFD for the wire arc spray process[C]∥Thermal Spray2001:New Surfaces for a New Millennium.OH USA:ASM International,2001:889-894.
IVOSEVIC M,CAIRNCROSS R A,KNIGHT R.3D predictions of thermally sprayed polymer splats:modeling particleacceleration,heating and deformation on impact with a flat substrate[J].International Journal of Heat and Mass Transfer,2006,49:4285-3297.
[16]
BOLO T R,PLANCHE M P,LIAO H,et al.A three-dimensional model of the wire arc spray process and its experimentalvalidation[J].Journal of Materials Processing Technology,2008,200:94-105.
[17]
许一.保护气氛高速电弧喷涂枪设计及涂层性能研究[D].北京:装甲兵工程学院,2002.XU Yi.Development of active product arc spray gun and study on its coating properties[D].Beijing:Academy of ArmoredForces Engineering,2002.(in Chinese)
[18]
项建海,索双富.高速电弧喷枪流场模拟研究[J].中国表面工程,2005,(1):27-29.XIANG Jian-hai,SUO Shuang-fu.Studies of computational fluid dynamics in the flow field of a high velocity wire arc spraygun[J].China Surface Engineering,2005,(1):27-29.(in Chinese)
[19]
HUSSARY N,HEBERLEIN J.Investigations of arc behavior and particle formation in the wire arc spray process using highspeed photography[C]∥Proceedings of the International Thermal Spray Conference 2000.OH Canada:ASM International,2000:737-742.
