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14篇 您的检索式：作者名="Fukanuma"

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		题名	作者	年代	出处	被引量
	1	In-flight particle velocity measurements with DPV-2000 in cold spray显示文摘	H Fukanuma N Ohno B Sun	2006	Surf Coat Technol2006，201，：	1
	2	Peening action and residual stresses in high-velocity oxygen fuel thermal spraying of 316L stainless steel显示文摘	Seiji Kuroda Yasuhiko Tashiro Hisami Yumoto Susumu Taira Hirotaka Fukanuma Shogo Tobe	2001	Journal of Thermal Spray Technology2001，，2：	1
	3	An improved local thermal equilibrium model of DC arc plasma torch显示文摘	Huang R Fukanuma H Uesugi	2011	IEEE Transactions on Plasma Science2011，39，10：	1
	4	Deposition of WC- Co Coatings by a Novel High Pressure HVOF 显示文摘	Sun B Fukanuma H	2012	Journal of Thermal Spray Technology2012，22，23：	1
	5	Study on stainless steel 316L coatings sprayed by a novel high pressure HVOF显示文摘	Bo Sun Hirotaka Fukanuma Naoyuki Ohno	2013	Surface & Coatings Technology2013，，：	1
	6	An improved local thermal equilibrium model of DC arc plasma torch 显示文摘	Huang R Fukanuma H Uesugi Y	2011	Plasma Science IEEE Transactions on2011，39，10：	1
	7	In-flight particle ve- locity measurements with DPV-2000 in cold spray显示文摘	Fukanuma H Ohno N Sun B	2006	Sur- face & Coatings Technology2006，201，5：	1
	8	Comparisons of two models for the simulation of a DC arc plasma torch 显示文摘	Huang R Fukanuma H Uesugi Y	2013	Journal of Thermal Spray Technology2013，22，23：	1
	9	Study on stainless steel 316L coatings sprayed by a novel high pressure HVOF显示文摘	Sun B Fukanuma H Ohno N	2014	Surf Coat Techn2014，239，：	1
	10	Simulation of arc root fluctuation in a DC non-transferred plasma torch with three di- mensional modeling显示文摘	Huang R Fukanuma H Uesugi Y	2012	Journal of Thermal Spray Technology2012，21，34：	1
	11	In-flight particle velocity measurements with DPV-2000 in cold spray显示文摘	Fukanuma H Ohno N Sun B	2006	Surface&Coatings Technology2006，201，5：	1
	12	In-Flight Particle Ve- locity Measurement With DPV-2000 in Cold Spray 显示文摘	Fukanuma H Ohno N Sun B	2006	Sur- face and Coatings Technology2006，201，5：	1
	13	Simulation of Arc Root Fluctuation in a DC Non-transferred Plasma Torch with Three Dimensional Modeling 显示文摘	Huang R Fukanuma H Uesugi Y	2012	Journal of Thermal Spray Technology2012，21，34：	1
	14	Aerodynamic Study on Supersonic Flows in High-Velocity Oxy-Fuel Thermal Spray Process显示文摘To clarify the characteristics of gas flow in high velocity oxy-fuel (HVOF) thermal spray gun, aerodynamic research is performed using a special gun. The gun has rectangular cross-sectional area and sidewalls of optical glass to visualize the internal flow. The gun consists of a supersonic nozzle with the design Mach number of 2.0 followed by a straight passage called barrel. Compressed dry air up to 0.78 MPa is used as a process gas instead of combustion gas which is used in a commercial HVOF gun. The high-speed gas flows with shock waves in the gun and jets are visualized by schlieren technique. Complicated internal and external flow-fields containing various types of shock wave as well as expansion wave are visualized.	Hiroshi KATANODA Takeshi MATSUOKA Seiji KURODA Jin KAWAKITA Hirotaka FUKANUMA Kazuyasu MATSUO	2005	Journal of Thermal Science2005，14，2：	0

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