MISC

• P025 Unsteady Heat Transfer Characteristics of Flow downstream a Step
  HARIMA Seiya; JO Ikukin; INAOKA Kyoji; SENDA Mamoru
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2016(91) 399 - 399, 11 Mar. 2016
• M1002 Large Eddy Simulation of Turbulent Heat Transfer in a Channel Flow with Square Cylinder
  IKUMA Katsunori; YOSHIOKA Kento; SENDA Mamoru; INAOKA Kyoji
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2016(91) 360 - 360, 11 Mar. 2016
• M1005 Siultaneous measurements of temperature and velocity fields of plane turbulent buoyant jet using two color LIF and PIV
  EIHATA Shun; NAKATANI Takuya; SENDA Mamoru; INAOKA Kyoji
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2016(91) 363 - 363, 11 Mar. 2016
• M1003 Local Heat Transfer Characteristics of a Flat Plate Boundary Layer Disturbed by a Circular Cylinder
  WADA Naoki; SHIRAZAWA Takayuki; SENDA Mamoru; INAOKA Kyoji
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2016(91) 361 - 361, 11 Mar. 2016
• M1001 Heat Transfer Characteristics near the Wall in a Channel Flow with a Square Rod
  SAWADA Naoki; KOMIYA Takuma; SENDA Mamoru; INAOKA Kyoji
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2016(91) 359 - 359, 11 Mar. 2016
• Review of porous media geometry promoting heat transfer performance for heat exchanger
  Kyoji Inaoka
  Proc. of the 6th International Workshop of Energy Conversion, No. IWEC2016-0003 , 2016
• G0600201 Heat Transfer Measurement of a Backward-Facing Step Flow in a Rectangular Duct by Liquid Crystal Method
  TOMOI Yosuke; ONO Kenji; INAOKA Kyoji; SENDA Mamoru
  Mechanical Engineering Congress, Japan, The Japan Society of Mechanical Engineers, 2015 "G0600201 - 1"-"G0600201-4", 13 Sep. 2015
• S0510503 Dynamic Control of Stalled Flow around a Small Airfoil for the Wind Speed Change
  MORI Toshiki; AKAI Shukichi; INAOKA Kyoji; SENDA Mamoru
  Mechanical Engineering Congress, Japan, The Japan Society of Mechanical Engineers, 2015 "S0510503 - 1"-"S0510503-5", 13 Sep. 2015
• 406 Temperature Measurement of Pot for Boiling Water and Heat Transfer Enhancement
  ITAKURA Hironobu; YANAGIHARA Takasi; INAOKA Kyoji; SENDA Mamoru
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2015(90) 117 - 117, 16 Mar. 2015
• 410 Heat Transfer Characteristics of a Channel Flow with Copper Fiber Layers
  Imai Keita; YAMAMOTO Mami; SAKAGAMI Masaaki; INAOKA Kyoji; SENDA Mamoru
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2015(90) 130 - 130, 16 Mar. 2015
• M1007 Evaluation of Pressure Field based on PIV Measurement in a Channel Flow with Square Cylinder
  KAMIWAKI Takahiro; IJIRO Keita; SENDA Mamoru; INAOKA Kyoji
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2015(90) 396 - 396, 16 Mar. 2015
• M807 Heat Transfer Characteristics Downstream a Backward Facing Step in a Turbulent Boundary Layer
  HAYASHI Muneo; WADA Naoki; INAOKA Kyoji; SENDA Mamoru
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2015(90) 371 - 371, 16 Mar. 2015
• M606 Unsteady Numerical Simulation on Flow and Heat Transfer Characteristics of a Backward-Facing Step Flow in a Duct
  IMAMURA Tomoya; TAKAHASHI Ryunosuke; INAOKA Kyoji; SENDA Mamoru
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2015(90) 348 - 348, 16 Mar. 2015
• M1002 Feedback Control of a Flow around an Airfoil using Lift Drag Ratio as an Input Signal
  YAMAGUCHI Masashi; MORI Toshiki; SENDA Mamoru; INAOKA Kyoji
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2015(90) 392 - 392, 16 Mar. 2015
• M413 Local Heat Transfer Chatracteristics Downstream a Backward-Facing Step Flow in a Duct : Study on the Low Reynolds Number Region
  ONO Kenji; TSUTSUMI Satoru; INAOKA Kyoji; SENDA Mamoru
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2015(90) 323 - 323, 16 Mar. 2015
• P076 Large eddy simulation of turbulent flow and heat transfer in a channel with a square cylinder
  IKUMA Katsunori; NAKAGAWA Shinji; SENDA Mamoru; INAOKA Kyoji
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2015(90) 494 - 494, 16 Mar. 2015
• P064 Unsteady Heat Transfer Characteristics of a Flat Plate Turbulent Boundary Layer Disturbed by Circular Cylinder
  WADA Naoki; HAYASHI Muneo; SENDA Mamoru; INAOKA Kyoji
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2015(90) 482 - 482, 16 Mar. 2015
• 金属繊維層の異方性を利用した対流熱伝達の促進
  稲岡恭二
  日本機械学会誌, Vol. 118(No. 1160) 423 , 2015
  

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• 922 The aerodynamic characteristics of a small symmetric airfoil exposed to the flow field with a wind speed change : Effectiveness of the feedback control
  YAMAGUCHI Tetsuya; YAMAGUCHI Masashi; MATSUOKA Ryou; SENDA Mamoru; INAOKA Kyoji
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2014(89) "9 - 21", 18 Mar. 2014
• 1017 Heat Transfer Characteristics of a Channel Flow with Aluminum Porous Foams
  YAMAMOTO Kosuke; IMAI Keita; SAKAGAMI Masaaki; INAOKA Kyoji; SENDA Mamoru
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2014(89) "10 - 16", 18 Mar. 2014
• 1007 Natural Convective Flow with Oscillatory Buoyant Plume in a Horizontal Concentric Annulus : Simultaneous Measurement of Temperature and Velocity with Two-color LIF and PIV
  YAMASHITA Akio; NAKANO Takuya; INAOKA Kyoji; SENDA Mamoru
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2014(89) "10 - 6", 18 Mar. 2014
• 904 Flow Structure and Pressure Field Analysis around Rectangular Cylinder in Channel based on PIV Measurement
  YAMANAN Hideki; KAMIWAKI Takahiro; SENDA Mamoru; INAOKA Kyoji
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2014(89) "9 - 4", 18 Mar. 2014
• 1009 Heat Transfer Enhancement by means of a Rotating Cylinder near the Wall : the Effect of Reynolds number and the Rate of Rotation
  INOUE Yuhei; HAYASHI Yutaro; INAOKA Kyoji; SENDA Mamoru
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2014(89) "10 - 8", 18 Mar. 2014
• S054011 Feedback Control of a Stall Around a Symmetric Airfoil : Examination for Wind Speed Decrease
  YAMAGUCHI Tetsuya; HAMASAKI Yohei; YAMAGUCHI Masashi; SENDA Mamoru; INAOKA Kyoji
  Mechanical Engineering Congress, Japan, The Japan Society of Mechanical Engineers, 2013 "S054011 - 1"-"S054011-5", 08 Sep. 2013
• 105 Turbulent Structure in a Channel Flow with a Rectangular Cylinder : Phase-averaged Statistics of the Vortex generated near the Wall
  INABA Kenzo; SHIMAMOTO Masanari; SENDA Mamoru; INAOKA Kyoji
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2013(88) "1 - 5", 16 Mar. 2013
• 101 Feedback Control of Stall under the Condition of the Velocity Reduction
  HAMASAKI Yohei; YAMAGUCHI Tetsuya; SENDA Mamoru; INAOKA Kyoji
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2013(88) "1 - 1", 16 Mar. 2013
• 1204 Heat Transfer Enhancement by the Rotating Cylinder placed near the Channel Wall
  FUJITAKA Tatsuya; HAYASHI Yutaro; INOUE Yuhei; SENDA Mamoru; INAOKA Kyoji
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2013(88) "12 - 4", 16 Mar. 2013
• 1205 Numerical Simulation on Flow and Heat Transfer Characteristics of a Backward-Facing Step Flow in a Duct (Effect of the Duct Aspect Ratio)
  KURIYAMA Eiji; IMAMURA Tomoya; SENDA Mamoru; INAOKA Kyoji
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2013(88) "12 - 5", 16 Mar. 2013
• 1206 Local Heat Transfer Characteristics Downstream a Backward-Facing Step Flow in a Duct
  HARADA Hisanori; YOSHIDA Takuo; SENDA Mamoru; INAOKA Kyoji
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2013(88) "12 - 6", 16 Mar. 2013
• Lift and Drag Characteristics of an Airfoil and Dynamic Control for the Wind Speed Decrease in the Low Reynolds Number Range
  T. Yamaguchi; M. Yamaguchi; Y. Hamasaki; K. Inaoka; M. Senda
  The science and engineering review of Doshisha University, Doshisha University, Vol 54(No. 3) 1 - 6, 2013
  

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• G204 Feedback Control of a Stall around an Airfoil using Lift Force Signals
  HAMASAKI Yohei; YAMAGUCHI Tetsuya; INAOKA Kyoji; SENDA Mamoru
  Fluids engineering conference ..., The Japan Society of Mechanical Engineers, 2012 473 - 474, 16 Nov. 2012
• G505 Flow Reattachment Characteristics downstream of a Backward-Facing Step in a Duct : Periodic Behaior in a Low Reynolds Number Range
  YOSHIDA Takuo; HARADA Hisanori; SENDA Mamoru; INAOKA Kyoji
  Fluids engineering conference ..., The Japan Society of Mechanical Engineers, 2012 509 - 510, 16 Nov. 2012
• G050051 Feedback Control of a Stall around a Symmetric Airfoil : Examination for an Angle Increase Mode
  Hamasaki Yohei; Yamaguchi Tetsuya; Inaoka Kyoji; Senda Mamoru
  Mechanical Engineering Congress, Japan, The Japan Society of Mechanical Engineers, 2012 "G050051 - 1"-"G050051-4", 09 Sep. 2012
• F112 Development of Waste Heat Recovery Technology by Rankine Cycle
  ONO Taisuke; HAMACHI Yasuyuki; INAOKA Kyoji; SENDA Mamoru; SENDA Jiro
  National Symposium on Power and Energy Systems, The Japan Society of Mechanical Engineers, 2012(17) 187 - 188, 20 Jun. 2012
• 804 Turbulent Structure in a Channel Flow with a Rectangular Cylinder : The Vortex generated near the Wall
  INABA Kenzo; SENDA Mamoru; INAOKA Kyoji
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2012(87) "8 - 4", 16 Mar. 2012
• Heat Transfer Enhancement by an Insertion of a Body in a Channel : Examples of Vortex Motion Modification, Spring Fins and Metal Fiber Fins
  稲岡 恭二; 千田 衞
  同志社大学理工学研究報告, 同志社大学理工学研究所, 52(4) 100 - 105, Jan. 2012
• （論説）Step by Step. バックステップ流れの熱伝達と流動特性
  稲岡 恭二
  同志社理工学会報, Vol. 53(No. 2) 14 - 20, 2012
  

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• 1216 Feedback Control of Stalled Flow around a Symmetric Airfoil : Examination in low Reynolds number range-
  KAWAMURA Kohei; HAMASAKI Yohei; INAOKA Kyoji; SENDA Mamoru
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2011(86) "12 - 15", 19 Mar. 2011
• G501 Dynamic Control of Stalled Flow around a Symmetric Airfoil : Examination in low Reynolds number range
  KAWAMURA Kohei; INAOKA Kyoji; SENDA Mamoru
  Fluids engineering conference ..., The Japan Society of Mechanical Engineers, 2010 581 - 582, 29 Oct. 2010
• G221 Natural Convective Oscillatory Flow in a Horizontal Concentric Annulus : Simultaneous Measurement of Temperature and Velocity with Two-color LIF and PIV
  Takata R.; Arai R.; Senda M.; Inaoka K.
  Procee[d]ings of Thermal Engineering Conference, The Japan Society of Mechanical Engineers, 2010 365 - 366, 29 Oct. 2010
• 1121 Heat Transfer Characteristics of a Channel Filled with Fibrous Metals : Heat Transfer Enhancement by a Diffusion Bonding
  TANI Kenji; TAIRA Wataru; INAOKA Kyoji; SENDA Mamoru
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2009(84) "11 - 21", 16 Mar. 2009
• 1022 Dynamic Control of a Stall Generated on a Symmetric Airfoil : Investigation for low-Reynolds number range
  TSUKAMOTO Kenta; KAWAMURA Kohei; INAOKA Kyoji; SENDA Mamoru
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2009(84) "10 - 22", 16 Mar. 2009
• 1209 Heat and flow characteristics of two swirling impinging jets
  TSURITANI Sho; WADA Takuya; SENDA Mamoru; INAOKA Kyoji
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2009(84) "12 - 9", 16 Mar. 2009
• 1125 Simultaneous Measurement of Temperature and Velocity using LIF with PIV to Natural Convection in a Concentric Cylindrical Annulus
  TANAKA Yuji; FUJIMOTO Yosuke; SENDA Mamoru; INAOKA Kyoji
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2009(84) "11 - 25", 16 Mar. 2009
• 1211 Heat Transfer of Impinging Jets from Small Holes on a Rotating Pipe to a Coaxial Cylindrical Inner Surface
  TAKAHASHI Issei; NAKA Nobuyuki; INAOKA Kyoji; SENDA Mamoru
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2009(84) "12 - 11", 16 Mar. 2009
• 1122 Heat Transfer Characteristics of a heat exchanger channel with Multi-hole Vortex Generators
  NISHIOKA Yusaku; TANAKA Kosho; INAOKA Kyoji; SENDA Mamoru
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2009(84) "11 - 22", 16 Mar. 2009
• 1128 Temperature Measurement of a Fluid in a Small Channel using LIF Method
  NAKAGAWA Eiichi; NARITA Yuudai; INAOKA Kyoji; SENDA Mamoru
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2009(84) "11 - 28", 16 Mar. 2009
• 1105 Flow Structure and Heat Transfer Characteristics of Backward-Facing Step Flow with Side Walls
  NISHII Yoshinobu; TAKEUTI Ayumu; INAOKA Kyoji; SENDA Mamoru
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2009(84) "11 - 5", 16 Mar. 2009
• 117 PIV measurement of the turbulent near wake flow of a rectangular cylinder in channel
  TANAKA Shinsuke; NAKASE Takeshi; SENDA Mamoru; INAOKA Kyoji
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2009(84) "1 - 17", 16 Mar. 2009
• 514 Performance Evaluation of Scroll Expander Intended for Thermo Electric Conversion for Co-generation System
  TERAO Hiroshi; ISII Shogo; KAMACHI Naoki; ONO Taisuke; HAMACHI Yasuyuki; SENDA Jiro; INAOKA Kyoji; SENDA Mamoru
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2009(84) "5 - 20", 16 Mar. 2009
• （解説）機械工学年鑑8-1-4 熱交換器
  稲岡 恭二
  日本機械学会誌, 112(1089) 35 - 36, 2009
  

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• Stall control of a symmetric airfoil by means of miniature electromagnetic actuators
  Kyoji Inaoka; Takeaki Ohdake; Kenta Tsukamoto; Mamoru Senda
  Nihon Kikai Gakkai Ronbunshu, B Hen/Transactions of the Japan Society of Mechanical Engineers, Part B, Japan Society of Mechanical Engineers, 75(752) 683 - 690, 2009
  

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• Numerical study on heat transfer characteristics of a backward-facing step flow in a duct (pattern of the particle trajectories)
  Kyoji Inaoka; Michiko Nishimura; Hiroshi Iwai; Mamoru Senda
  Nihon Kikai Gakkai Ronbunshu, B Hen/Transactions of the Japan Society of Mechanical Engineers, Part B, 75(1) 125 - 131, Jan. 2009
  

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• Numerical study on heat transfer characteristics of a backward-facing step flow in a duct (effects of inlet velocity profile and aspect ratio)
  Kyoji Inaoka; Michiko Nishimura; Hiroshi Iwai; Mamoru Senda
  Nihon Kikai Gakkai Ronbunshu, B Hen/Transactions of the Japan Society of Mechanical Engineers, Part B, 74(9) 2006 - 2013, Sep. 2008
  

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• 101 Temperature Measurement in Micro a Small Area using LIF Method : Development of Thermal Boundary Layer
  KATSUYAMA Tomonori; NAKAGAWA Eiti; INAOKA Kyoji; SENDA Mamoru
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2008(83) "1 - 1", 14 Mar. 2008
• 818 Flow and Heat Transfer Control by means of a Rotating Cylinder near the Wall
  NISHIMURA Naoki; OKAZAKI Tetsuji; INAOKA Kyoji; SENDA Mamoru
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2008(83) "8 - 23", 14 Mar. 2008
• Thermal and Hydraulic Characteristics in a Mixing Tee Pipe with Fluid Temperature Fluctuation
  Shigeta Akihiro; Nakamori Kanae; Senda Mamoru; Inaoka Kyoji
  The Science and Engineering Review of Doshisha University, Alternative:Science and Engineering Research Institute of Doshisha University, Vol. 49(No. 2) 127 - 133, 2008
  

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• F135 Heat Transfer of a Backward-facing Step Flow in a Duct : Heat Transfer Enhancement by a Side Wall Rib and Flap Actuator
  Nishii Yoshinobu; Sasaki Yuta; Inaoka Kyoji; Senda Mamoru
  Procee[d]ings of Thermal Engineering Conference, The Japan Society of Mechanical Engineers, 2007 215 - 216, 23 Nov. 2007
• F215 Heat Transfer Enhancement by means of a Rotating Cylinder near the Wall
  Nishimura Naoki; Okazaki Tetsuji; Inaoka Kyoji; Senda Mamoru
  Procee[d]ings of Thermal Engineering Conference, The Japan Society of Mechanical Engineers, 2007 369 - 370, 23 Nov. 2007
• 1110 Heat transfer and flow characteristics of multiple swirling impinging jets
  MATSUMOTO Kazuhiko; TURITANI Syou; SENDA Mamoru; INAOKA Kyoji
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2007(82) "11 - 10", 16 Mar. 2007
• 1111 Heat Transfer Characteristics of A Flow Channel Having Multi-hole Vortex Generators
  ASAHINA Hiroyuki; NISHIOKA Yusaku; INAOKA Kyoji; SENDA Mamoru
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2007(82) "11 - 11", 16 Mar. 2007
• 1002 Control of Flow Separation on an Airfoil by Miniature Electromagnetic Actuators
  OHDAKE Takeaki; NISHIMURA Yuhei; INAOKA Kyoji; SENDA Mamoru
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2007(82) "10 - 2", 16 Mar. 2007
• 906 Stereo-PIV measurement of the turbulent near wake flow of a rectangular cylinder in channel flow
  TANAKA Masahiro; KURAUTI Masato; SENDA Mamoru; INAOKA Kyoji
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2007(82) "9 - 6", 16 Mar. 2007
• 208 Measurement of Turbulent Near Wake Structure of a Rectangular Cylinder in Channel with Stereo-PIV
  DOZONO Hideki; SENDA Mamoru; INAOKA Kyoji
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2006(81) "2 - 14", 17 Mar. 2006
• 801 Thermal-Fluid Analysis of a Heat Exchanger with Metal Springs
  Nishimura Shigeaki; Senda Mamoru; Inaoka Kyoji
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2006(81) "8 - 1", 17 Mar. 2006
• 913 Lift and Drag Characteristics of Symmetry Airfoil with Electromagnetic Actuators
  OHDAKE Takeaki; INAOKA Kyoji; SENDA Mamoru
  関西支部講演会講演論文集, The Japan Society of Mechanical Engineers, 2006(81) "9 - 12", 17 Mar. 2006
• 非定常熱伝達特性の流体温度ゆらぎ周波数依存性に関する研究
  千田衞; 稲岡恭二; 吉村信哉; 村松壽晴; 村上諭; 田中正暁
  核燃料サイクル開発機構先行基礎工学研究報告, ty9400 205-003 , 2006
  

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• F222 Natural Convection in a Horizontal Cylindrical Annulus : Heat Transfer and Flow Characteristics of 3-D Spiral Flow
  NAKAGAWA Hiroyuki; SENDA Mamoru; INAOKA Kyoji
  Procee[d]ings of Thermal Engineering Conference, The Japan Society of Mechanical Engineers, 2005 439 - 440, 02 Nov. 2005
• Heat transfer and fluid flow characteristics in a swirling impinging jet
  Mamoru Senda; Daisuke Toyoda; Soichi Sato; Kyoji Inaoka
  Nippon Kikai Gakkai Ronbunshu, B Hen/Transactions of the Japan Society of Mechanical Engineers, Part B, Japan Society of Mechanical Engineers, 70(695) 1828 - 1833, 2004
  

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• Proposal of a Distributed Temperature Measurement : Temperature Measurement Combined with GPS and its Application for a City Area
  FUKUSHIMA Atsushi; INAOKA Kyoji
  Procee[d]ings of Thermal Engineering Conference, The Japan Society of Mechanical Engineers, 2003 529 - 530, 10 Nov. 2003
• Unsteady Heat Transfer in a Channel Flow with Fluid Temperature Fluctuation
  YOSHIMURA Shinya; INUKAI Hiroaki; SENDA Mamoru; INAOKA Kyoji; MURAMATSU Toshiharu
  Procee[d]ings of Thermal Engineering Conference, The Japan Society of Mechanical Engineers, 2003 175 - 176, 10 Nov. 2003
• Numerical Simulation on Heat Transfer of a Backward-facing Step Flow in a Rectangular Duct : Effect of the Inlet Velocity Condition
  NISHIMURA Michiko; KANEKO Akio; INAOKA Kyoji; SENDA Mamoru
  Procee[d]ings of Thermal Engineering Conference, The Japan Society of Mechanical Engineers, 2003 171 - 172, 10 Nov. 2003
• 3D-PIV Measurement of a Swirling Impinging Jet
  SAKAI Takehiro; HAMAMOTO Tadashi; SENDA Mamoru; INAOKA Kyoji
  Procee[d]ings of Thermal Engineering Conference, The Japan Society of Mechanical Engineers, 2003 277 - 278, 10 Nov. 2003
• Heat transfer performance of a plate-finned tube heat exchanger (a three-dimensional unsteady numerical analysis in the middle reynolds number range)
  Hajime Onishi; Kyoji Inaoka; Kenjiro Suzuki
  Nihon Kikai Gakkai Ronbunshu, B Hen/Transactions of the Japan Society of Mechanical Engineers, Part B, Japan Society of Mechanical Engineers, 67(653) 120 - 127, 2001
  

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• G202 GAS FLOW CHARACTERISTICS IN MICROTUBES(Thermophysical properties) :
  Kim Min Soo; Araki Takuto; Inaoka Kyoji; Suzuki Kenjiro
  Proceedings of the ... JSME-KSME Thermal Engineering Conference, 日本機械学会, 2 "2 - 507"-"2-512", 2000
• 3D Numerical Simulation on Impingement Heat Transfer of an Inclined Swirling Jet with Crossflow
  IWAI Hiroshi; YANAGIDANI Nobutaka; NAKABE Kazuyoshi; SUZUKI Kenjiro; INAOKA Kyoji
  日本流体力学会年会講演論文集, 日本流体力学会, 2000 95 - 96, 2000
• 空調用熱交換器の高性能化に関する研究 (同志社大学理工学研究所第37回研究発表会講演予稿集)
  稲岡 恭二; 千田 衞
  同志社大学理工学研究報告, 同志社大学理工学研究所, 40(4) 43 - 48, Jan. 2000
• Heat transfer performance of a fin with two fences and tube heat exchanger (study in the low reynolds number range)
  Hajime Onishi; Kyoji Inaoka; Kenjiro Suzuki
  Nihon Kikai Gakkai Ronbunshu, B Hen/Transactions of the Japan Society of Mechanical Engineers, Part B, Japan Society of Mechanical Engineers, 66(647) 1796 - 1803, 2000
  

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• Heat transfer performance of a plate-finned tube heat exchanger (A three-dimensional steady numerical analysis for a two-row plate-finned tube)
  Transactions of the Japan society of Mechanical Engineers, Vol. 65(No. 634) 2077 - 2084, 1999
  

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• Heat transfer characteristics of a duct flow with longitudinal vortices induced by an inclined impinging jet(1st Report,Measurement of wall heat transfer coefficients using thermochromic liguid crystal)
  NAKABE Kazuyoshi; KIM Jae Hwan; HIGASHIO Atsushi; CHEN Wei; INAOKA Kyoji; SUZUKI Kenjiro
  Transactions of the Japan society of Mechanical Engineers, The Japan Society of Mechanical Engineers, Vol. 64(No. 619) 829 - 836, 1998
• Heat transfer performance of a plate-finned tube heat exchanger (A three-dimensional steady numerical analysis for a single row tube in low Reynolds number range)
  ONISHI Hajime; INAOKA Kyoji; MATSUBARA Koji; NAKABE Kazuyoshi; SUZUKI Kenjiro
  Transactions of the Japan society of Mechanical Engineers, The Japan Society of Mechanical Engineers, Vol. 64(No. 618) 534 - 541, 1998
• Flow and heat transfer characteristics of a turbulent boundary layer with an insertion of a square rod(Control of vortex shedding by a splitter plate)
  Transactions of the Japan society of Mechanical Engineers, Vol. 64(No. 617) 212 - 218, 1998
  

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• Flow and heat transfer characteristics of fin arrays in the middle Reynolds number range(Effect of the fin wake length)
  Transactions of the Japan society of Mechanical Engineers, Vol. 64(No. 617) 204 - 211, 1998
  

  DOI URL
• 渦による乱流の制御と伝熱促進に関する研究
  稲岡 恭二
  1997
  

  DOI URL
• Not entered
  Transactions of the Japan society of Mechanical Engineers, Vol. 63(No. 613) 3100 - 3106, 1997
  

  DOI URL
• Heat Transfer and Flow Characteristics of a Turbulent Boundary Layer with an Insertion of a Square Rod attached with a Splitter Plate
  INAOKA Kyoji; MATSUI Masaru; SUZUKI Kenjiro
  年会一般講演, 15 81 - 82, Jul. 1996
• Not entered
  Transactions of the Japan society of Mechanical Engineers, Vol. 58(No. 51) 2241 - 2247, 1992
• Not entered
  Transactions of the Japan society of Mechanical Engineers, Vol. 57(No. 537) 1734 - 1739, 1991
  

  DOI URL

Presentations

• PIVと2色LIFを用いた同時計測による衝突二噴流の速度場および温度場の調査
  廣島大祐; 原峻平; 稲岡恭二
  第2回乱流輸送研究会, Nov. 2024
• ステップを有する熱交換流路に関する共役熱伝達解析
  渡邊優真; 原峻平; 稲岡恭二
  第2回乱流輸送研究会, Nov. 2024
• 壁乱流における渦層の巻き上がりによる乱流熱輸送
  原峻平; 福留功二; 稲岡恭二
  日本流体力学会 年会2024, Sep. 2024
• 平板層流境界層中に設置した渦発生体下流の縦渦生成と伝熱促進
  田中海翔; 原峻平; 稲岡恭二
  第52回可視化情報シンポジウム, Jul. 2024
• 翼の前半部に頂部を有する平板コルゲート翼の流れのはく離と空力特性
  一山明日香; 原峻平; 稲岡恭二
  第52回可視化情報シンポジウム, Jul. 2024
• 壁乱流における乱流熱輸送のスカリシティによる解析
  原峻平; 福留功二; 稲岡恭二
  第61回伝熱シンポジウム, May 2024
• ステップを有する平板熱交換流路に関する共役熱伝達解析
  渡邉優真; 稲岡恭二; 原峻平
  第61回伝熱シンポジウム, May 2024
• 低レイノルズ数領域における平板コルゲート翼の性能特性と翼上面周りの流れ
  東瀬友優; 桝田泰輝; 稲岡恭二
  日本機械学会関西支部第99期定時総会講演会, Mar. 2024
• ダクト流路に設置した角柱下流の渦の交差運動に関する数値解析
  今村在見; 原峻平; 稲岡恭二
  日本機械学会関西支部第99期定時総会講演会, Mar. 2024
• 超撥水面を有した乱流境界層の四象限解析
  須田真ノ介; 稲岡恭二; 守裕也; 原峻平
  第1回複雑流動ダイナミクス研究会, Dec. 2023
• スカラー輸送を伴うクエット乱流のスカリシティ解析
  原峻平; 福留功二; 稲岡恭二
  日本流体力学会 年会2023, Sep. 2023
• 超撥水面を有した乱流境界層の四象限解析
  須田真ノ介; 稲岡恭二; 守裕也; 原峻平
  日本流体力学会 年会2023, Sep. 2023
• 平板境界層に設置した渦発生体下流の熱伝達特性
  東山賢太郎; 李懌龍; 稲岡恭二; 原俊平
  第５１回可視化情報シンポジウム, 09 Aug. 2023
• 平板に向けて噴出した二次元浮力噴流の速度測定
  西口佳吾; 懐真矢; 日坂侑暉; 稲岡恭二
  日本機械学会関西支部第98期定時総会講演会, 17 Mar. 2023
• 平板乱流境界層内に設置した渦発生体下流の流動と熱伝達特性
  李懌龍; 東山賢太郎; 藤本創; 稲岡恭二
  日本機械学会関西支部第98期定時総会講演会, 17 Mar. 2023
• コルゲート翼谷部の循環流れの生成と空力特性に関する数値解析
  林寛隆; 枡田泰輝; 稲岡恭二
  日本機械学会関西支部 関西学生会2022年度学生員卒業研究発表講演会, 15 Mar. 2023
• 周期的かく乱を伴う３次元ダクト内バックステップ下流の熱流動特性
  井口 悠人; 今村 在見; 原 峻平; 稲岡 恭二
  日本機械学会第100期流体工学部門講演会, Nov. 2022, Nov. 2022
• 乱流境界層における超撥水面の滑りと摩擦抵抗低減効果に関する実験的研究
  須田 真ノ介; 稲岡 恭二; 守 裕也; 原 峻平
  日本機械学会第100期流体工学部門講演会, Nov. 2022, Nov. 2022
• 5つの山頂部をもつ平板コルゲート翼の翼表面圧力特性
  枡田 泰輝; 東瀬 友優; 原 峻平; 稲岡 恭二
  日本機械学会第100期流体工学部門講演会, Nov. 2022, Nov. 2022
• 主流乱れを伴う境界層遷移の壁面温度ストリークに関する実験的研究
  原 峻平; 加藤豪; 稲岡恭二
  第59回伝熱シンポジウム, May 2022, May 2022
• 後ろ向きステップ流れの数値解析（ステップ高さの影響）
  宋 暁丹; 井口悠人; 原 峻平; 稲岡恭二
  日本機械学会関西支部第97期定時総会講演会, Mar. 2022, Mar. 2022
• 主流乱れを伴う境界層遷移域の熱伝達特性の調査
  加藤豪; 稲岡恭二; 原 峻平
  日本機械学会関西支部第97期定時総会講演会, Mar. 2022, Mar. 2022
• アルミ繊維織物フィンの熱伝達と圧力損失特性
  山田幸達; 趙澤銘; 稲岡恭二; 原 峻平
  日本機械学会関西支部第97期定時総会講演会, Mar. 2022, Mar. 2022
• 二つの凹部を有するコルゲート翼の空力特性に関する数値解析
  枡田 泰輝; 若田 慶基; 原 峻平; 稲岡恭二
  日本機械学会関西学生会2021年度学生員卒業研究発表講演会, Mar. 2022, Mar. 2022
• 正方形柱を設置した流路の熱流動に関する数値解析
  今村在見; 宋暁丹; 原 峻平; 稲岡恭二
  日本機械学会関西学生会2021年度学生員卒業研究発表講演会, Mar. 2022, Mar. 2022, Oral presentation
• アルミ織物フィンを設置した流路の熱伝達特性
  稲岡恭二
  第1回乱流輸送研究会, Nov. 2021
• 平行二噴流における渦放出現象と熱流動特性
  廣政宗一郎; 岡角貴斗; 原 峻平; 稲岡恭二
  同志社大学エネルギー変換研究センター2021成果報告会, Oct. 2021
• 円筒容器内における粘弾性流体旋回流の表面形状に関する研究
  小鷹狩佳法; 稲岡恭二; 原 峻平
  第49回可視化情報シンポジウム, Sep. 2021
• 渦発生体下流の非定常熱伝達特性（高さ変化の影響）
  谷 壮史,李 懌龍,稲岡恭二,原 峻平
  日本機械学会2021年度年次大会, Sep. 2021
• 楕円運動する翼の空力特性に関する数値解析
  若田慶基; 小清水美咲; 原 峻平; 稲岡恭二
  日本機械学会2021年度年次大会, Sep. 2021
• 低レイノルズ数領域におけるコルゲート翼の空力特性
  小清水美咲; 若田慶基; 原 峻平; 稲岡恭二
  日本機械学会2021年度年次大会, Sep. 2021
• 平行二噴流における熱流動特性（渦放出現象が乱流統計量に与える影響）
  岡角貴斗; 廣政宗一郎; 久行寿季; 原 峻平; 稲岡恭二
  日本機械学会関西支部第96期定時総会講演会, Mar. 2021
• 平板乱流境界層に設置した渦発生体下流の非定常熱伝達特性
  李 懌龍; 谷 壮史; 稲岡恭二; 原 峻平
  日本機械学会関西学生会2020年度学生員卒業研究発表講演会, Mar. 2021
• 平行二噴流における熱流動特性（渦放出現象による影響）
  岡角貴斗; 北村貴洋; 稲岡恭二; 原 峻平
  第57回日本伝熱シンポジウム, 2020, Oral presentation
• Heat transfer of three-dimensional backward-facing step flow - Local heat transfer coefficients on bottom wall and upper wall
  Shuai Zou; Takeshi Murayama; Shogo Motoda; Shumpei Hara; Kyoji Inaoka
  第57回日本伝熱シンポジウム, 2020, Oral presentation
• Research on the Heat Transfer Characteristics of the Three-dimensional Backward-facing Step Flow Using Liquid Crystal Sheet Based on SVR Method
  Shuai Zou; Takeshi Murayama; Shogo Motoda; Yoshiki Wakata; Kyoji Inaoka
  JSME Kansai Branch 95th Annual General Meeting, KYoto, 2020, Oral presentation
• Three dimensional Fluid Flow and Heat Transfer Characteristics of a Backward-Facing Step Flow in a Rectangular Duct
  Shuai Zou; Yuji Kohara; Kyoji Inaoka; Mamoru Senda
  第56回日本伝熱シンポジウム, 2019, Oral presentation
• アルミ繊維織物による熱伝達促進
  池本真三; 李 明哲; 稲岡恭二; 山田幸達
  熱工学コンファレンス2019, 2019, Oral presentation
• Experimental Research on 3D Flow Structure over a Backward Facing Step
  Shuai Zou; Kyoji Inaoka; Mamoru Senda
  日本機械学会関西支部94期定時総会講演会, 2019, Oral presentation
• 非対称翼における振動フラップアクチュエータの有効性
  清原隆佑; 稲岡恭二; 千田衞
  日本機械学会関西支部93期定時総会講演会, 2018
• 円柱によりかく乱を受ける乱流境界層（熱伝達率変動の時空間挙動）
  白澤貴之; 大塔裕斗; 千田 衞; 稲岡恭二
  日本機械学会関西支部第92期定時総会講演会, 2017
• 振動フラップを用いた翼まわりの流れのフィードバック制御
  清原隆佑; 赤井修吉; 稲岡恭二; 千田 衞
  日本機械学会関西支部第92期定時総会講演会, 2017
• 側壁を有するバックステップ流れの再付着特性
  上田真也; 友井陽介; 稲岡恭二; 千田 衞
  日本機械学会関西支部第92期定時総会講演会, 2017
• フィン付き湯沸し鍋の沸騰特性
  田中裕貴; 柳原敬志; 稲岡恭二; 千田 衞
  日本機械学会関西支部第92期定時総会講演会, 2017
• LIF 法を用いた微小加熱流路の熱伝達率測定
  田上貴祥; 毛利大介; 千田 衞; 稲岡恭二
  日本機械学会関西支部第92期定時総会講演会, 2017
• アルミニウム繊維織物を設置した流路の熱伝達特性
  伴 拓実; Roger A LARRABEE; 家氏大輔; 稲岡恭二; 千田 衞
  日本機械学会関西支部第92期定時総会講演会, 2017
• 乱流境界層に設置したステップ下流の時空間熱伝達特性
  播摩征哉; 徐いく欽; 稲岡恭二; 千田 衞
  日本機械学会関西支部第92期定時総会講演会, 2017
• 平行平板間流路に設置した角柱後流の乱流構造
  布施卓哉; 山中裕司; 稲岡恭二; 千田 衞
  日本機械学会関西支部第92期定時総会講演会, 2017
• 後ろ向きステップ下流の非定常熱伝達特性
  播摩征哉; 徐 煜欽; 稲岡恭二; 千田 衞
  日本機械学会関西支部第91期定時総会講演会, 2016
• ２色LIFとPIVによる平面乱流浮力噴流の温度場と速度場の同時計測
  永畑 駿; 中谷卓夫; 千田 衞; 稲岡 恭二
  日本機械学会関西支部第91期定時総会講演会, 2016
• 円柱を挿入した平板境界層の局所熱伝達特性
  和田直樹; 白澤貴之; 千田 衞; 稲岡 恭二
  日本機械学会関西支部第91期定時総会講演会, 2016
• 平行平板間内に設置した角柱後流における壁面近傍の伝熱特性
  澤田直希; 小宮拓真; 千田 衞; 稲岡 恭二
  日本機械学会関西支部第91期定時総会講演会, 2016
• 角柱を設置した平行平板間乱流熱伝達のLES
  伊熊克典; 吉岡建人; 千田 衞; 稲岡 恭二
  日本機械学会関西支部第91期定時総会講演会, 2016
• 銅多孔質体による熱伝達促進
  Roger A. LARRABEE; 山本麻微; 伴 拓実; 稲岡恭二; 千田 衞
  同志社大学エネルギー変換研究センター2015年度研究成果報告会, 2016
• LIF 法を用いた微小加熱流路の熱伝達率測定
  田上貴祥; 毛利大介; 千田 衞; 稲岡恭二
  第53回フローインジェクション分析講演会, 2016
• 銅繊維層を設置した流路の伝熱特性
  今井啓太; 山本麻微; 阪上雅昭; 稲岡恭二; 千田 衞
  日本機械学会関西支部第90期定時総会講演会, 2015
• ダクト内バックステップ流れの熱流動に関する非定常数値解析
  今村友弥; 高橋龍之介; 稲岡恭二; 千田 衞
  日本機械学会関西支部第90期定時総会講演会, 2015
• ダクト内バックステップ下流の局所熱伝達特性（低レイノルズ数域における検討）
  大野賢司; 堤 慧; 稲岡恭二; 千田 衞
  日本機械学会関西支部第91期定時総会講演会, 2015
• 角柱を設置した平行平板間流れと熱伝達のLES解析
  伊熊克典; 中川慎二; 千田 衞; 稲岡恭二
  日本機械学会関西支部第90期定時総会講演会, 2015
• 円柱の挿入によりかく乱を受ける乱流境界層の非定常熱伝達特性
  和田直樹; 林 宗生; 千田 衞; 稲岡恭二
  日本機械学会関西支部第90期定時総会講演会, 2015
• 境界層に設けたバックステップ下流における非定常熱伝達特性
  林 宗生; 和田直樹; 稲岡恭二; 千田 衞
  日本機械学会関西支部第90期定時総会講演会, 2015
• 正方形柱を設置した平行平板間流路内のPIV計測に基づく圧力場解析
  上脇崇弘; 飯代啓太; 千田 衞; 稲岡恭二
  日本機械学会関西支部第90期定時総会講演会, 2015
• 揚抗比を利用した翼周りの流れのフィードバック制御
  山口真志; 森 俊樹; 千田 衞; 稲岡恭二
  日本機械学会関西支部第90期定時総会講演会, 2015
• 湯沸し鍋の熱環境測定と伝熱促進
  柳原敬志; 田中裕貴; 稲岡恭二; 千田 衞
  第53回同志社大学ハリス理化学研究所研究発表会, 2015
• 風速変化条件下における小型翼周りの流れの動的制御
  森 俊樹; 赤井柊吉; 稲岡恭二; 千田 衞
  日本機械学会2015年度年次大会, 2015
• 感温液晶法によるダクト内バックステップ流れの熱伝達測定
  友井陽介; 大野賢司; 稲岡恭二; 千田衞
  日本機械学会2015年度年次大会, 2015
• 平行平板間に角柱を設置した流れと熱伝達のLES
  伊熊克典; 吉岡建人; 稲岡恭二; 千田 衞
  2014年度エネ変センター報告会, 2015
• PIV計測に基づく長方形柱まわりの流動構造と圧力場解析
  山南秀希; 上脇 崇; 稲岡恭二; 千田 衞
  日本機械学会関西支部第89期定時総会講演会, 2014
• 風速変化を伴う流れ場における小型対称翼の空力特性-フィードバック制御の有効性
  山口哲也; 山口 真志; 松岡 諒; 稲岡恭二; 千田 衞
  日本機械学会関西支部第89期定時総会講演会, 2014
• 水平二重円管内のプルームが振動する自然対流（２色LIF 法とPIV 法を用いた温度速度同時計測）
  山下章雄; 仲野 拓也; 稲岡恭二; 千田 衞
  日本機械学会関西支部第89期定時総会講演会, 2014
• 壁面近傍に設置した回転円柱による伝熱促進「レイノルズ数と回転速度比の影響」
  井上祐平; 林 祐太朗; 高橋範大; 森田栄作; 千田 衞; 稲岡恭二
  日本機械学会関西支部第89期定時総会講演会, 2014
• アルミニウム多孔質体を設置した流路の伝熱特性
  山本光佑; 今井啓太; 阪上雅昭; 稲岡恭二; 千田 衞
  日本機械学会関西支部第89期定時総会講演会, 2014
• 角柱のある平行平板間流れと熱伝達のOpenFOAMによるLES解析
  伊熊克典; 中川慎二; 千田 衞; 稲岡恭二
  オープンCAEシンポジウム2014, 2014
• 翼周りの流れのフィードバック制御（風速変化に対するミニアクチュエータの有効性）
  山口真志; 山口哲也; 森 俊樹; 千田 衞; 稲岡恭二
  日本流体力学会年会2014, 2014
• 回転円柱設置による対流熱伝達の促進
  森田栄作; 高橋範大; 井上祐平; 喜 冠南; 稲岡恭二; 千田 衞
  同志社大学エネルギー変換研究センター2013年度研究成果報告会, 2014
• ダクト内バックステップ下流の局所熱伝達特性
  原田久敬; 吉田拓生; 千田 衞; 稲岡恭二
  日本機械学会関西支部第88期定時総会講演会, 2013
• ダクト内バックステップ流れの熱流動に関する数値解析（アスペクト比の影響）
  栗山英司; 今村友弥; 千田 衞; 稲岡恭二
  日本機械学会関西支部第88期定時総会講演会, 2013, Oral presentation
• 流路内に設置した回転円柱による熱伝達促進
  藤高達哉; 林祐太朗; 井上祐平; 千田 衞; 稲岡恭二
  日本機械学会関西支部第88期定時総会講演会, 2013
• 低レイノルズ数におけるダクト内バックステップ流れの再付着位置の周期性
  吉田拓生; 原田久敬; 千田 衞; 稲岡恭二
  日本機械学会関西支部第88期定時総会講演会, 2013
• 平行平板内に設置した角柱後流における乱流構造（壁近傍に発生する孤立渦の位相平均統計量）
  稲葉健造; 島本将成; 千田 衞; 稲岡恭二
  日本機械学会関西支部第88期定時総会講演会, 2013
• 速度低下時に生じる失速のフィードバック制御
  浜崎陽平; 山口哲也; 千田 衞; 稲岡恭二
  日本機械学会関西支部第88期定時総会講演会, 2013
• アルミニウム繊維層を利用した伝熱促進
  今井啓太; 岡崎圭佑; 千田 衞; 稲岡恭二
  第５０回日本伝熱シンポジウム, 2013
• アルミニウム繊層の異方性を利用した熱伝達促進（発泡体との比較）
  今井啓太; 阪上雅昭; 稲岡恭二; 千田 衞
  同志社大学エネルギー変換研究センター2012年度研究成果報告会, 2013
• 民生用コージェネレーションを対象とした廃熱回収発電（作動流体の検討）
  井藤智哉; 徳岡勇樹; 千田衞; 稲岡恭二; 千田二郎
  同志社大学エネルギー変換研究センター2012年度研究成果報告会, 2013
• 対称翼まわりに発生する失速のフィードバック制御（風速低下時における検討）
  山口哲也; 浜崎陽平; 山口真志; 千田 衞; 稲岡恭二
  日本機械学会年次大会, 2013
• Feedback Flow Control Around an Airfoil Using Miniature Electromagnetic Actuators(Demonstration for the Wind Speed Decrease in the Low Reynolds Number Region)
  K. Inaoka; T. Yamaguchi
  同志社大学・全南大学インターセミナー, 2013
• 平行平板間内に設置した角柱後流における乱流構造（壁近傍に発生する孤立渦）
  稲葉健造; 千田 衞; 稲岡恭二
  日本機械学会関西支部第87期定時総会講演会, 2012
• 揚力信号を用いた翼周りの失速のフィードバック制御
  浜崎陽平; 山口哲也; 稲岡恭二; 千田 衞
  日本機械学会 第90期流体工学部門講演会, 2012
• ダクト内バックステップ流れの再付着特性（低レイノルズ数における周期性について）
  吉田拓生; 原田久敬; 稲岡恭二; 千田 衞
  日本機械学会 第90期流体工学部門講演会, 2012
• 対称翼まわりに発生する失速のフィードバック制御（迎角増加時に対する検討）
  浜崎陽平; 山口哲也; 稲岡恭二; 千田 衞
  日本機械学会 2012年度年次大会, 2012
• アルミ繊維を設置した流路の熱伝達
  岡崎圭祐; 山本光佑; 阪上雅昭; 稲岡恭二; 千田 衞
  同志社大学エネルギー変換研究センター2011年度研究成果報告会, 2012
• 物体設置による伝熱促進－渦運動強化，スプリングフィン，繊維状金属フィンの基礎研究－
  稲岡恭二; 千田 衞
  第49回同志社大学理工学研究所発表会，2011年度学内研究センター合同シンポジウム, 2011
• ダクト内バックステップ流れの再付着特性 －低レイノルズ数領域について－
  稲岡恭二; 巣山頌文; 吉田拓生; 原田久敬; 千田 衞
  同志社大学エネルギー変換研究センター2010年度成果報告会, 2011
• 迎角増加モードにおける失速検知とフィードバック制御
  浜崎陽平; 川村晃平; 千田衞; 稲岡恭二
  第48回日本航空宇宙学会関西・中部支部合同秋期大会, 2011
• 民生用コージェネレーションを対象とした排熱回収発電（スクロール膨張機の性能評価）
  徳岡勇樹; 荒井英樹; 合田達也; 中村彰太; 池上聡一郎; 小野泰右; 濱地康之; 稲岡恭二; 千田二郎; 千田 衞
  同志社大学エネルギー変換研究センター2010年度成果報告会, 2011
• ダクト内バックステップ流れの再付着特性
  吉田拓生; 原田久敬; 巣山頌文; 稲岡恭二; 千田 衞
  第48回日本伝熱シンポジウム, 2011
• 水平二重円管内の揺動する浮力プルームの速度・温度同時計測
  田中裕司; 石田尭庸; 千田 衞; 稲岡恭二
  第４６回日本伝熱シンポジウム, 2009
• ダクト内バックステップ流れの流動構造と熱伝達特性
  巣山頌文; 西井吉伸; 稲岡恭二; 千田 衞
  第４６回日本伝熱シンポジウム, 2009
• ミリスケール流路に発達する温度境界層の温度測定（二つの壁面を加熱する場合）
  中川栄一; 成田雄大; 稲岡恭二; 千田 衞
  第４６回日本伝熱シンポジウム, 2009

Works

• Reserach on an internal cooling of the gas turbine blade
  1999
• Heat transfer charactersitics of a plate finned heat exchangers
  1999
• Development of the high performance micro recuperator
  1999

Research Projects

• 小型平板コルゲート翼の空力特性と性能向上に関する研究
  稲岡 恭二
  日本学術振興会, 科学研究費助成事業, 2023/04 -2026/03, 基盤研究(C), 同志社大学
• アルミファブリックの創製と伝熱促進
  稲岡 恭二
  基盤研究(C), 2015 -2017, Principal investigator, Competitive research funding
• ファインメタル熱交換器による排熱回収促進
  稲岡 恭二
  基盤研究(C), 2010 -2012, Principal investigator, Competitive research funding
• ダイナミック熱交換器の開発
  稲岡 恭二
  基盤研究(C), 2007 -2008, Principal investigator, Competitive research funding
• Development of a Dynamic Heat Exchanger
  0039 (Japanese Only), 2003 -2008, Competitive research funding
• Thermal Evaluation on Miniature Rotary Engine
  2004 -2006, Competitive research funding
• ３次元熱流動場の伝熱制御
  鈴木健二郎
  ＪＳＴ戦略的創造研究推進制度（研究チーム型） （戦略的基礎研究推進事業：ＣＲＥＳＴ）, 1999 -2004, Competitive research funding
• Development of Mesh Fin Heat Exchangers
  JST Basic Research Programs (Core Research for Evolutional Science and Technology :CREST), 1999 -2004, Competitive research funding
• Heat transfer control of 3D thermal and flow fields.
  JST Basic Research Programs (Core Research for Evolutional Science and Technology :CREST), 1999 -2004, Competitive research funding
• Proposal of a distributed temperature measurement
  2003, Competitive research funding
• 環境調和型エネルギー変換法の熱工学的研究
  鈴木健二郎
  基盤研究(B), 1999 -2001, Competitive research funding
• Research of Energy System with Low Environmental Emission
  TESHIMA Kiyomi; SUZUKI Kenjiro
  This research has been conducted for two years(1998-1999) aiming at the effective use of gas turbine power plant from the point of view about effective energy use and environmentally low emission. The research focused mainly three subjects. The first subject is about evaluation and proposal for suitable refuse power plant combined with gas turbine from the calculation results of system simulation program. The second subject is about equalization of electric power supply through daytime and night. The merit of combined system with CAES and super refuse power plant has been studied. The third subject is about evaluation of combined system with fuel cell and gas turbine. The optimum operating condition has been studied under the variety combinations of these machines. The study also showed attainable maximum energy efficiency under such conditions., Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research, 1998 -1999, Grant-in-Aid for Scientific Research (C), KYOTO UNIVERSITY
• An Experimental Study on New Technology of Dynamic Cooling with Jet Impingement
  SUZUKI Kenjiro; IWAI Hiroshi; NAKABE Kazuyoshi
  Effectiveness of large-scale longitudinal vortices and self-excited oscillation generated by a jet on impingement heat transfer were investigated in order to improve the performance of jet impingement cooling devices. Attention was paid to the following three items; (1) geometrical configurations of jet nozzle, (2) frequencies of the self-excited oscillation, and (3) patterns of vortical structures. The interaction of jets were also investigated together with the development of measuring techniques related to the heat transfer coefficients and flow velocity profiles. LDV and PIV systems were used to measure local velocity fluctuations and cross-sectional velocity vector distributions, respectively. The temperatures of the heat transfer target wall were measured using thermochromic liquid crystal sheets, the color images of which were taken with a CCD camera. Neural network method was applied to transform the color images into the wall temperature distributions. In the case of the jet obliquely discharged into a main flow, a pair of large-scale counter-rotating vortices was clearly visualized in the cross-section illuminated by a laser sheet, which was numerically predicted under similar boundary conditions. Comparison between the conventional vertical impinging jet and the present oblique jet reveals the superiority of the oblique jet to the vertical one. In the case of the self-excited oscillation jet, the patterns of Nusselt number distributions in the stagnation region drastically change under the conditions of relatively small impingement distance. Only small change of the geometric scales of the jet nozzle was required to generate the audible oscillation without any extra energy to the jet. Thus, the excited oscillation was found to have a great influence on the jet impingement heat transfer. Corresponding to the cases most influenced by the oscillation, Strouhal number based on the oscillation frequency was around 0.3., Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research, 1998 -1999, Grant-in-Aid for Scientific Research (B), KYOTO UNIVERSITY
• 三次元マイクロステップ流れの熱伝達
  稲岡恭二
  奨励研究(A), 1998 -1999, Principal investigator, Competitive research funding
• クライオクーラの伝熱学的研究
  鈴木 健二郎; 稲岡 恭二; 中部 主敬
  クライオクーラの蓄冷器はメッシュ(金網状膜)が多層に重なり合った一種の多孔質固体で出来ており,熱エネルギーの温度勾配遡上方向への輸送を可能にしている.この蓄冷器と往復流動する熱媒体の間の熱移動現象を司る基本構成要素は,メッシュを構成する各細線と流体との間の非定常熱伝達および細線内部での非定常熱伝導である.昨年度は往復動流下において,細線を模擬した円柱周りの熱流動場の二次元非定常数値解析を行い,その結果得られる速度情報を用いて温度場を予備的に解析・検討した.本年度も引き続き,その二次元非定常数値計算を行い,併せて計算コードの三次元化へのアプローチについても検討を加えた.また,これとは別に,蓄冷器を多孔質固体総体として取り扱う形で,非ダルシー則を導入した熱的非平衡モデルを考案し,非定常数値解析を行った.その際,(1)非圧縮性流体,(2)時間と横方向座標のみに依存する完全発達流れの速度分布,(3)軸対称温度分布,(4)温度場に比べて早く定常状態が実現する速度場,の四項目を仮定として設け,この解析法の有効性を確認した.得られた結果として,多孔質体内での速度は固体壁近傍を除いて一様に正弦波的に変化する.この場合,圧力勾配は速度とある位相を保って変化する.空隙率が増すと,流れの非定常性が現れやすくなり,高次の調和振動が起こる.この高次の調和振動は有効摩擦係数に重大な影響を及ぼすことが分かった.また,再生器の効率はレイノルズ数が10^4であっても,通常のメッシュスクリーンの場合,0.9程度の高い値をとる.空隙率が増すと,温度変動の振幅はより大きくなり,再生器の効率が低下するということも分かった., 日本学術振興会, 科学研究費助成事業, 1997 -1998, 萌芽的研究, 京都大学
• An Experimental Study on Flow Control with Longitudinal Vortices and Enhancement of Target Plate Heat Transfer
  NAKABE Kazuyoshi; INAOKA Kyoji; SUZUKI Kenjiro
  One of the most fundamental principles to improve the energy conversion efficiency is to raise the working temperature of a gas turbine. in order to realize high temperature gas turbine, development of effective cooling system of turbine blades and vanes is indispensable. The attention was paid to the utilization of longitudinal vortices to enhance the local heat transfer from the inner surfaces of turbine vanes, In this study, flow velocity measurements and heat transfer experiments were carried out for a jet obliquely discharged into a crossflow in a duct. The direction of the jet is characterized by the following two angles ; one is a pitch angle raised from the surface of the jet-installed plate, and the other a skew angle measured between the directions of the crossflow and the impinging jet projected onto the jet-installed plate. Two-component flow measurements were made with two-dimensinal optical fiber laser Doppler velocimetry, and the heat transfer experiments were made by making use of a thermochromic liquid crystal. A hierarchy neural network system was applied to convert color images of the liquid crystal into temperature distributions. The obtained velocity data reveal that the inclined jet is effective in generating a pair of counter-rotating longitudinal vortices in the crossflow. The heat transfer enhancement areas correspond well to the distributions of the time-averaged velocity vectors and their turbulent fluctuations. It is demonstrated that the longitudinal vortices are effective in enhancing target plate jet impingement heat transfer. It is, therefore, promising as a means to effectively cool inner surfaces of high temperature gas turbine vanes., Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research, 1997 -1998, Grant-in-Aid for Scientific Research (C), KYOTO UNIVERSITY
• Investigation on Dissimilarity between Heat and Momentum Transport Processes and Its Numerical Modeling
  SUZUKI Kenjiro; INAOKA Kyoji; NAKABE Kazuyoshi
  This research project was conducted for investigation on the mechanism of dissimilarity between heat and momentum transport processes and its numerical modelling. The head investigator originally found the dissimilarity in a flat plate turbulent boundary layr disturbed by a circular cylinder, which means wall heat transfer enhancement and wall skin friction reduction simultaneously occur down stream of the cylinder. Such a bluff body, however, is not a suitable geometrical shape because of a relatively large momentum loss due to its form drag. A thin LEBU (Large Eddy Break-Up) plate, on the other hand, is one of the effective shapes to reduce the skin friction without a serious form drag, although the heat transfer is not enhanced with the plate. In this project, therefore, a flatten cylinder (Case 1) or a square rod attached with a splitter plate (Case 2) were inserted in a flat plate turbulent boundary layr in order to find the best shape to generate strong dissimilarity most effectively and also to investigate how the dissimilarity is produced related to Karman vortices generated behind the inserted bodies. It was found for Case 1 that the degree of heat transfer enhancement decreases with an increase in the flatness of the cylinder, while the degree of skin friction reduction does not decreases in such a monotonous way. For Case 2, Karman vortex shed behind the rod was controlled by the splitter plate and suppressed with an increase in the plate length. Quadrant analysis, spectral analysis and wavelet analysis of monitored turbulent signals revealed for both cases that selective intensification of the interactive fluid motions was produced intermittently, synchronized with the Karman vortices. Such a selective intensification could be related to the generation mechanism of the dissimilarity. Unsteady flow and thermal numerical computations were also performed for both laminar and turbulent boundary layrs disturbed by a square rod. It was found that flow unsteadiness strongly depends on the ratio of the clearance between the rod and the plate to the side length of the rod. The dissimilarity was observed statistically in such a manner that heat transfer enhancement and skin friction reduction occur instantaneously at the same region, accompanied with the Karman vortex shedding., Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research, 1995 -1997, Grant-in-Aid for Scientific Research (B), KYOTO UNIVERSITY
• Modeling and Numerical Simulation on Ignition and Transition to Flame Spread under a Microgravity Environment
  NAKABE Kazuyoshi; INAOKA Kyoji; SUZUKI Kenjiro
  A theoretical model describing ignition and transition to flame spread over an inflammable solid material in a microgravity environment with and/or without a slow ventilation wind is developed for application to fire safety in a spacecraft. This study treats a thermally thin cellulosic paper accompanied with both solid and gas phase reactions. A process of ignition and subsequent flame spread on the solid material is complicated by strong coupling between chemical reactions and transport processes not only in the gas phase but also in the solid phase. The objectives of this study are to be able to obtain a more definitive understanding of the ignition and flame propagation mechanisms under a microgravity environment, and also to develop fire safety applications in a spacecraft. In fire safety applications, the transition from ignition to flame spread is crucial to determine whether a fire will be limited to a localized, temporary burn or will transit into a growth mode with a potential to become a large fire. Axisymmetric heat and mass transport processes near the heated solid surface accompanied with solid and gaseous reactions were numerically calculated in a quiescent microgravity environment. 3-dimensional unsteady numerical computation was also performed in order to investigate the effects of the ambient wind and oxygen concentration on phenomena of ignition and subsequent flame spread over the surface, since even a slow ambient flow along the sample surface similar to a ventilation flow in a spacecraft has significant effects on flame propagation velocity, and might affect the mechanisms of smoldering and also gaseous combustion. A one-step global gas phase oxidation reaction and three global degradation reactions for the solid phase are used in the present model. The equations for temperature and concentrations are solved using an operator-splitting technique to prevent the solutions from diverging. A higher oxygen concentration increases the gaseous temperature due to an increase in gas phase reaction rate and thus increases the energy feedback rate to the sample material, which increases the supply rate of combustible gaseous degradation products. The transition from autoignition to the flame spread is controlled by the energy feedback rate. Shortly after the ignition, the flame has an umbrella-like shape. The center portion of the flame becomes weaker with time and eventually disappears. Then, a ring-shape flame propagates radially outward. The flame near the propagation front is considered to be a premixed flame followed by a diffusion flame at its tail., Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research, 1995 -1996, Grant-in-Aid for Scientific Research (C), KYOTO UNIVERSITY
• 乱流プロモータの挿入効果を予測する乱流数値解析モデルの検討
  稲岡 恭二
  奨励研究(A), 1995 -1995, Principal investigator, Competitive research funding
• Mechanism of Unsteady Flow Heat Transfer and Its Modelling
  SUZUKI Kenjiro; INAOKA Kyoji; HAGIWARA Yoshimichi
  Experimental study was made for an enlarged model of offset fin array to be used in heat exchagers and it reveals that, under self-sustained oscillation flow regime, one-point second-order velocity cross-correlation -uv^^- takes positive value in the wakes of fins and that its sign becomes negative around the downstream fin surface. This means that unstable flow induced in the wake is stabilized around the downstream fin and that momentum transfer is suppressed there in contranst with the heat transfer enchancement occuring at the same positions. Therefore, dissimilarity between momentum transfer and heat transfer is generated. Two-dimensional unsteady numerical computation was applied to the same type of flow of and was used to analyze the mechanism of the enchancement of fin heat transfer and of the dissimilarity between momentum and heat transfer processes. Each of counter-rotating vortices appearing in the wake entrains fresh fluid from main stream into the wake and pumps out the hot and low-speed fluid from the central part of the wake to the outside. These are effective to accelerate the recovery of the velocity defect and temperature excess int the wake. Each vortex hits the downstream fin and exerts "washing action" to the fin surface. These result in the enhancement of fin heat transfer. The washing action of each vortex produces the dissimilarity. The same numerical computation was applied to other types of flows of different geometries. In the case of channel flow obstructed by an inserted square rod, crisscross motion of Karman vortex was found. This was confirmed to actually occur through flow visualization. Unsteady flow incurred downstream of the rod enhances the wall heat transfer. The mechanism of this heat transfer enhancement is also related to the washing action of an isolated vortex produced near the wall. All these studies suggest that new idea of implementing the intermittent, washing action of vortex is important in the modelling of un, Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research, 1991 -1993, Grant-in-Aid for General Scientific Research (B), KYOTO UNIVERSITY

Research cooperation among industry, academia and government

• Remarks：Cooperative research with other research organization including private (industrial) sectors
• Remarks：Cooperative research with other research organization including private (industrial) sectors
• Remarks：Cooperative research with other research organization including private (industrial) sectors