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Shumpei Funatani
Shumpei Funatani
在 yamanashi.ac.jp 的电子邮件经过验证
标题
引用次数
引用次数
年份
Simultaneous measurement of temperature and velocity using two-colour LIF combined with PIV with a colour CCD camera and its application to the turbulent buoyant plume
S Funatani, N Fujisawa, H Ikeda
Measurement Science and Technology 15 (5), 983, 2004
1452004
Scanning liquid-crystal thermometry and stereo velocimetry for simultaneous three-dimensional measurement of temperature and velocity field in a turbulent Rayleigh-Bernard …
N Fujisawa, S Funatani, N Katoh
Experiments in fluids 38, 291-303, 2005
652005
Simultaneous measurement of temperature and velocity in a turbulent thermal convection by the extended range scanning liquid crystal visualization technique
N Fujisawa, S Funatani
Experiments in Fluids 29 (Suppl 1), S158-S165, 2000
452000
Simultaneous measurement of temperature and three velocity components in planar cross section by liquid-crystal thermometry combined with stereoscopic particle image velocimetry
S Funatani, N Fujisawa
Measurement Science and Technology 13 (8), 1197, 2002
422002
A new method of temperature measurement using thermochromic liquid crystals (extension of measurable range based on spectral intensity in the narrow-band wavelength)
K Toriyama, S Tada, K Ichimiya, S Funatani, Y Tomita
International Journal of Heat and Mass Transfer 92, 483-489, 2016
172016
Experimental Study of Ground Source Heat Pumps That Use the Direct Expansion Method
T Takeda, D Yokoyama, A Ohashi, S Ishiguro, S Funatani, K Ichimiya
Proceedings of the 15th International Heat Transfer Conference, Kyoto, 10-15, 2014
172014
Simultaneous imaging techniques for temperature and velocity fields in thermal fluid flows
N Fujisawa, S Funatani, Y Watanabe
Journal of visualization 11, 247-255, 2008
162008
Study on heat transfer characteristics of the one side-heated vertical channel with inserted porous materials applied as a vessel cooling system
S Kuriyama, T Takeda, S Funatani
Nuclear Engineering and Technology 47 (5), 534-545, 2015
132015
Experiments and numerical analysis of a control method for natural circulation through helium gas injection
T Takeda, H Hatori, S Funatani
Nuclear Engineering and Design 306, 108-116, 2016
122016
Study on mixing process of two component gases in a vertical fluid layer
T Takeda, H Mizuno, S Funatani
Nuclear Engineering and Design 271, 424-430, 2014
102014
Temperature measurement of air flow using fluorescent mists combined with two-color LIF
S Funatani, K Toriyama, T Takeda
Scientific Research Publishing, 2013
102013
High-resolution three-color PIV technique using a digital SLR camera
S Funatani, T Takeda, K Toriyama
Journal of Flow Visualization and Image Processing 20 (1-2), 2013
102013
Application of feature matching trajectory detection algorithm for particle streak velocimetry
Y Tsukamoto, S Funatani
Journal of Visualization 23, 971-979, 2020
82020
Study on Heat Exchange Performance of Ground Source Heat Pump System
A Ohashi, T Takeda, S Funatani
Proceedings of the 25th International Symposium on Transport Phenomena …, 2014
72014
Study on control method of natural circulation by injection of helium gas
T Takeda, M Nomura, N Yanagawa, S Funatani
Nuclear Engineering and Design 271, 417-423, 2014
72014
Heat transfer enhancement in laminar water flow through a square channel by streamwise ultrasound irradiation
T Thungthong, S Funatani, K Ando, W Chaiworapuek
International Journal of Thermal Sciences 194, 108582, 2023
62023
Experiment on Ground Source Heat Pump Based on Direct Expansion
S Ishiguro, T Takeda, K Ichimiya, S Funatani
Proc. of the 24th Int. Symposium on Transport Phenomena, 2013
62013
Experimental study on heat transfer enhancement method using porous material with high porosity
Y Asari, T Takeda, S Funatani
International Conference on Nuclear Engineering 50053, V005T15A051, 2016
42016
Heat transfer and fluid flow characteristics of one side heated vertical rectangular channel inserting porous material
T Shigematsu, T Takeda, S Funatani
International Conference on Nuclear Engineering 50053, V005T15A044, 2016
42016
Temperature measurement technique by liquid crystal thermometry considering the effect of viewing angle and its application to thermal convection phenomenon; Mokushi kakudo no …
N Fujisawa, A Tsurumaki, T Matsuura, S Funatani
Nippon Kikai Gakkai Ronbunshu. B Hen (Transactions of the Japan Society of …, 2000
42000
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