Tue. Mar 15
Ceremony | Opening/Closing

Opening
Prof. Guoyi Peng (Nihon University (Japan))Tue. Mar 15, 2022 8:30 AM - 9:00 AM Opening/Closing (Zoom)
Live Streaming(Zoom)[-] Opening
8:30 AM - 9:00 AM©ICJWSF2022

ICJWSF2022 The 7th ICJWSF

Tue. Mar 15

ICJWSF2022 The 7th ICJWSFThe Special Event | Keynote Lectures

KeyNote.1

Prof. Jinjun Wang

Chair: Prof. Guoyi Peng (Nihon University (Japan))Tue. Mar 15, 2022 9:00 AM - 10:00 AM Keynote Lectures (Zoom)
Live Streaming(Zoom)*Pre-recorded lecture[ICJWSF2022-K01] Synthetic Jet Impinging onto Porous Walls*Jinjun Wang1 （1. Beihang University (China)）
9:00 AM - 10:00 AM©ICJWSF2022

Tue. Mar 15

ICJWSF2022 The 7th ICJWSFThe Special Event | Keynote Lectures

KeyNote.2 Prof. Koji Fukagata
Chair: Prof. Takahiro Kiwata (Kanazawa University (Japan))Tue. Mar 15, 2022 10:10 AM - 11:10 AM Keynote Lectures (Zoom)
Live Streaming(Zoom)[ICJWSF2022-K02] Application of machine learning to fluid mechanics problems*Koji Fukagata1 （1. Keio University (Japan)）
10:10 AM - 11:10 AM©ICJWSF2022

Wed. Mar 16

ICJWSF2022 The 7th ICJWSFThe Special Event | Keynote Lectures

KeyNote.3 Prof. Ephraim J. Gutmark
Chair: Prof. Hitoshi Ishikawa (Tokyo University of Science (Japan))
Wed. Mar 16, 2022 9:00 AM - 10:00 AM Keynote Lectures (Zoom)
Live Streaming(Zoom)[ICJWSF2022-K03] Flow and Acoustics of Supersonic Twin Jets
*Ephraim J. Gutmark1 （1. University of Cincinnati (United States ofAmerica)）
9:00 AM - 10:00 AM©ICJWSF2022

Wed. Mar 16

ICJWSF2022 The 7th ICJWSFThe Special Event | Keynote Lectures

KeyNote.4 Prof. Ekaterinaris, John A.
Chair: Prof. Masaki Fuchiwaki (Kyushu Institute of Technology (Japan))
Wed. Mar 16, 2022 10:10 AM - 11:10 AM Keynote Lectures (Zoom)[ICJWSF2022-K04] Simulations Requirements Ensuring Accurate Predictions ofVortex Dominated Fields and Vortices Generated from Wings
and Rotor Blades*John A Ekaterinaris1 (1. Embry-Riddle Aeronautical University (United Statesof America))
10:10 AM - 11:10 AM

Cancelled©ICJWSF2022

Thu. Mar 17

ICJWSF2022 The 7th ICJWSFThe Special Event | Keynote Lectures

KeyNote.5 Prof. Huihe Qiu
Chair: Prof. Jinjun Wang (Beihang University (China))
Thu. Mar 17, 2022 9:00 AM - 10:00 AM Keynote Lectures (Zoom)
Live Streaming(Zoom)[ICJWSF2022-K05] Synergetic Flow Control and Wing Flexibility Effect in a
Tandem Wing Insect Flight*Huihe Qiu1 （1. The Hong Kong University of Science &Technology (HongKong)）
9:00 AM - 10:00 AM©ICJWSF2022

Thu. Mar 17

ICJWSF2022 The 7th ICJWSFThe Special Event | Keynote Lectures

KeyNote.6 Prof. Henrik Alfredsson
Chair: Dr. Yu Nishio (Seikei University (Japan))Thu. Mar 17, 2022 10:10 AM - 11:10 AM Keynote Lectures (Zoom)
Live Streaming(Zoom)[ICJWSF2022-K06] Rotating Disks and Cones – a Centennial of von Ká rmá n's
1921 Paper*Henrik P Alfredsson1 （1. KTH Royal Institute of Technology (Sweden)）
10:10 AM - 11:10 AM©ICJWSF2022

Thu. Mar 17
Ceremony | Opening/Closing

Closing
Prof. Guoyi Peng (Nihon University (Japan))Thu. Mar 17, 2022 11:10 AM - 11:20 AM Opening/Closing (Zoom)
Live Streaming(Zoom)[-] Closing
11:10 AM - 11:20 AM©ICJWSF2022

ICJWSF2022 The 7th ICJWSFMar 15(Tue) - 17(Thu)

ICJWSF2022 The 7th ICJWSF

General Session | Track-A(1) Fundamentals of Fluid Mechanics and Heat Transfer
Professor Sergey Alekseenko(Siberian Branch of Russian Academy of Science, Russia)[ICJWSF2022-A01] HEAT TRANSFER ENHANCEMENT OF CIRCULAR FIN TUBE
TYPE HEAT EXCHANGER BY DOUBLE TUBE
Toshihiko Shakouchi1, *Shoma Ota1, Koichi Tsujimoto1, Toshitake Ando1,
Mamoru Takahashi1 （1. Graduate School of Engineering, Mie University(Japan)）[ICJWSF2022-A02] Numerical Study of Freestream Vortices Generating Streaky
Structures in Leading Edge Boundary Layer*Yu Nishio1, Ryohei Unno2, Seiichiro Izawa, Yu Fukunishi3 （1. Seikei University(Japan), 2. Tokyo Metropolitan University (Japan), 3. Institute ofComputational Fluid Dynamics (Japan)）[ICJWSF2022-A03] New calculation scheme for compressible Euler equation*Takashi NAKAZAWA1, Taku NONOMURA2 （1. Osaka Univesity (Japan), 2.
Tohoku University (Japan)）[ICJWSF2022-A04] Effect of rotation speed on heat transfer characteristics ofimpinging array jets in rotating channel*Chayut Nuntadusit1 （1. Prince of Songkla University (Thailand)）[ICJWSF2022-A05] FLOW AND HEAT TRANSFER CHARACTERISTICS FORCONFINED CHANNEL INSTALLED FLOW BLOCKAGE WITH
JET HOLES
Chayut Nuntadusit1, *Ibroheng Piya1 （1. Prince of Songkla University(Thailand)）©ICJWSF2022

Mar 15(Tue) - 17(Thu)

ICJWSF2022 The 7th ICJWSF

General Session | Track-B(2) Shear Flows
Associate Professor Naoki Sekiya(Nihon University, Japan)[ICJWSF2022-B01] Impact of the kinetic energy conservation on unsteadyhomogeneous turbulence*Shinnosuke Nakamura1, Hiroki Suzuki2, Shinsuke Mochizuki3 （1. Yamaguchi
Univ. (Japan), 2. Okayama Univ. (Japan), 3. Yamaguchi Univ. (Japan)）[ICJWSF2022-B02] Wall-confinement effects on the development of a turbulent
shear layer*Takumi Akao1, Tomoaki Watanabe1, Koji Nagata1 （1. Graduate school ofEngineering, Nagoya University (Japan)）[ICJWSF2022-B03] A LINEAR-RESPONSE METHOD TO OBSERVE SECONDARYINSTABILITY ON NEAR-WALL STREAKS IN TURBULENTBOUNDARY LAYERS*Tomoya Kikugawa1, Per Henrik Alfredsson2, Masaharu Matsubara1 （1. Shinshu
Univ. (Japan), 2. KTH (Switzerland)）[ICJWSF2022-B04] TEMPORAL TRANSPORT OF TURBULENT MOMENTUM
FLUX AROUND HAIRPIN VORTICES IN A CHANNEL FLOW
*Mamoru Takahashi1, Yoshihiko Inagaki1, Koichi Tsujimoto1, Toshitake Ando1,
Toshihiko Shakouchi1 （1. Mie University (Japan)）[ICJWSF2022-B05] Effects of polymer addition on transition and length scalesof flow structures in transitional channel flow
*Sattaya Yimprasert1, Per Henrik Alfredsson2, Masaharu Matsubara1 （1.
Shinshu University (Japan), 2. KTH (Sweden)）[ICJWSF2022-B06] EFFECT OF MAIN STREAM TURBULENCE ON THE FLOWDOWNSTREAM OF A PERMEABLE CYLINDER
Kaoru Fukasawa1, *Taisei Osano1, Hiroyuki Tsunoda1 （1. Univ. of Yamanashi(Japan)）[ICJWSF2022-B07] MEASUREMENT OF FLOW ON AN AIRFOIL SURFACE BY USINGTHE OIL FILM INTERFEROMETRY WITH PIV ANALYSISMETHOD*Tatsuhiko Imai1, Kenya Kondo1, Yasumasa Suzuki2, Yuya Miki2 （1. Departmentof Mechanical Engineering, Graduate School, Nihon Univ. (Japan), 2.
Department of Mechanical Engineering, College of Science &Technology, Nihon
Univ. (Japan)）©ICJWSF2022

Mar 15(Tue) - 17(Thu)

ICJWSF2022 The 7th ICJWSF

General Session | Track-C(3) Vortex Flows
Professor Jiun-Jih Miau
(National Cheng Kung University, Taiwan)[ICJWSF2022-C01] Large Eddy Simulation of Low Reynolds Number Flow aroundthe Porous Airfoil*Jinyu LI1, Tomoaki WATANABE1, Koji NAGATA1 （1. Nagoya University(Japan)）[ICJWSF2022-C02] Time Evolution Analysis of the Leading-Edge Separation
Vortices and Their Breakdown Phenomena over a Delta Wing
*Leon Takahashi1, Kengo Asada1, Kozo Fujii1 （1. TUS (Japan)）[ICJWSF2022-C03] Vortex dynamics around impulsively-started dragonfly wing:
suppression of lambda vortex eruption and lift enhancement*Yusuke Fujita1, Makoto Iima1 （1. Hiroshima Univ. (Japan)）[ICJWSF2022-C04] INFLUENCE OF RECTANGULAR PROTRUSION-SHAPED SLOTON FLOW CHARACTERISTICS OF SYNTHETIC JETS
*Takumi Ito1, Yuta Miyachi2, Koichi Nishibe2, Kotaro Sato1 （1. Kogakuin
University (Japan), 2. Tokyo City University (Japan)）[ICJWSF2022-C05] Estimating the energy contribution of coherent structure ina cylindrical near-wake flow using proper orthogonal
decomposition*Keh-Chin Chang1, Chia-Chun Chu1 （1. Department of Aeronautics andAstronautics, National Cheng Kung University (Taiwan)）[ICJWSF2022-C06] Experimental Formation of Vortex Rings with Swirl by usinga Short Rotating Nozzle*Takashi Naitoh1 （1. Nagoya Institute of Technology (Japan)）[ICJWSF2022-C07] AERODYNAMIC EFFECT OF HINDWING TAIL STRUCTURE ON
BUTTERFLY*ZHIYING LIN1, SZUI YEH1 （1. Cheng Kung Univ. (Taiwan)）[ICJWSF2022-C08] Flow visualization observation of the interference vortex
flow from a pair of square cylinders*Yoshifumi Yokoi1 （1. National Defense Academy of Japan (Japan)）[ICJWSF2022-C09] FLOW TOPOLOGY ON THE UCAV MODEL AT LOW REYNOLDSNUMBER*Yu Hsin Chen1, Jiun Jih Miau1, Yen Po Chen1 （1. Department of Aeronautics
and Astronautics, National Cheng Kung University, Tainan, Taiwan (Taiwan)）[ICJWSF2022-C10] Flow phenomenon on the surface of a one-fifth scale cyclist
model*Yu-Hsiang Chen1, Jiun-Jih MIAU1, Yng-Ru CHEN1 （1. Department of
Aeronautics and Astronautics,National Cheng Kung University,
Tainan,Taiwan,70101 (Taiwan)）©ICJWSF2022

Mar 15(Tue) - 17(Thu)

ICJWSF2022 The 7th ICJWSF

General Session | Track-D(4) Jet and Wake Flows
Professor Takahiro Kiwata(Kanazawa University, Japan)[ICJWSF2022-D01] ANALYSIS OF OSCILLATION-CONTROLLED MULTIPLE
IMPINGING JETS WITH VARYING IMPINGING DISTANCEUSING DNS
*Haruka Taniguchi1, Koichi Tsujimoto1, Toshihiko Shakouchi1, Toshitake Ando1,
Mamoru Takahashi1 （1. Mie Univ. (Japan)）[ICJWSF2022-D02] VISUALIZATION OF DUFFUSION SUPRESSION MECHANISM OF
LOBED JETS USING DYNAMIC MODE DECOMPOSTTION*Ren Fukui1, Mamoru Takahashi1, Koichi Tsujimoto1, Toshitake Ando1, Toshihiko
Shakouchi1 （1. Mie Univ. (Japan)）[ICJWSF2022-D03] FLUCTUATING FLOW CHARACTERISTICS OF CLOSEDCOUPLE TYPE GAS ATOMIZER
Toshihiko Shakouchi1, Tetsuji Ohmura1, *Ryota Matsui2, Koichi Tsujimoto1 （1.
Graduate School of Engineering, Mie University (Japan), 2. Faculty ofEngineering, Mie University (Japan)）[ICJWSF2022-D04] fine structures of transverse jet in hypersonic flow
*Jialin Wang1,2, Guilai Han1,2, Zonglin Jiang1,2 （1. State Key Laboratory of High
Temperature Gas Dynamics, Institute of Mechanics, Chinese Academy of
Sciences (China), 2. School of Engineering Sciences, University of Chinese
Academy of Sciences (China)）[ICJWSF2022-D05] EFFECT OF DIAMETER OF SLIT NOZZLE ON CELLULARSTRUCTURE OF UNDEREXPANDED RADIAL JET*Tatsuya Ohkawa1, Yoko Sakakibara2, Masaki Endo3, Hiromasa Suzuki4 （1.
Graduate School of Advanced Science and Technology, Tokyo Denki University(Japan), 2. Tokyo Denki University (Japan), 3. Tokyo Denki University (Japan),
4. Tokyo Metropolitan College of Industrial Technology (Japan)）[ICJWSF2022-D06] THEORETICAL STUDY OF SUPERSONIC ELLIPTIC JETS
*Muhammad Minarul Islam1,2, Tatsuya Nagata1, Shinichiro Nakao1, Yoshiaki
Miyazato1 （1. Department of Mechanical Systems Engineering, The Universityof Kitakyushu (Japan), 2. Department of Mathematics, Bangabandhu Sheikh
Mujibur Rahman Science and Technology University. Gopalganj (Bangladesh)）[ICJWSF2022-D07] Numerical simulations of of non-Newtonian jets
*Giovanni Soligo1, Marco Edoardo Rosti1 （1. Okinawa Institute of Science andTechnology (Japan)）[ICJWSF2022-D08] Numerical simulation of a helium gas jet*Ryu Makino1, Akinori Muramatsu1 （1. Nihon University (Japan)）[ICJWSF2022-D09] HYSTERESIS PHENOMENON OF SIDE JETS FORMED IN A
ROUND AIR JET*Kodai Yasufuku1, Akinori Muramatsu1 （1. Nihon University (Japan)）[ICJWSF2022-D10] Circular jet with annular backflow using DBD plasma
actuator©ICJWSF2022

ICJWSF2022 The 7th ICJWSF*Norimasa Miyagi1, Motoaki Kimura1 （1. Nihon University (Japan)）[ICJWSF2022-D11] Jet flow control by synchronized drive of two DBD-PAs*Masato Akimoto1, Hiroyuki Nakagawa2, Motoaki Kimura1 （1. Nihon University(Japan), 2. Graduate School of Science and Technology, Nihon University(Japan)）[ICJWSF2022-D12] Instability of Wall Jet Produced by Two-Dimensional Inclined
Impinging Jet*Gentaro Takeda1, Yu Ito1, Kenji Yamashiro1, Hideyuki Takahashi1, Nao
Ninomiya2, Yuya Uranaka2 （1. JFE Steel Corp. (Japan), 2. Utsunomiya Univ.
(Japan)）[ICJWSF2022-D13] Characteristics of Plane Jet from an Asymmetrical 2D
Nozzle with a Lip by Two-points Simultaneous Measurement*Hideyuki Kawada1, Tomotaka Motoki1, Takashi Noguchi1, Katsuya Hirata1 （1.
Doshisha University (Japan)）[ICJWSF2022-D14] PASSIVE FLOW CONTROL OF A 2:1 RECTANGULAR JET BY
USING SERRATED TABS, DEFLECTED PLATES AND TAPEREDTRIANGULAR TUBES*Naoki Kajitani1, Takahiro Kiwata2, Riku Ouchi1, Peter Oshkai3 （1. Graduate
School of Natural Sciences and Technology, Kanazawa University (Japan), 2.
School of Mechanical Engineering, Kanazawa University (Japan), 3. Universityof Victoria (Canada)）[ICJWSF2022-D15] Chemical reaction of high Schmidt number scalars in aturbulent planar wall-jet*Koji Iwano1, Soma Nagaya1, Yasuhiko Sakai2, yasumasa Ito1 （1. Nagoya
University (Japan), 2. Nagoya Industrial Science Research Institute (Japan)）[ICJWSF2022-D16] Experimental study of the fine-scale structure of scalar
mixing in turbulent jets with swirl*Sergey Alekseenko1, Georgy Bakharev1, Aleksei Lobasov1, Dmitriy Sharaborin1, Vladimir Dulin1 （1. Kutateladze Institute of Thermophysics (Russia)）[ICJWSF2022-D17] REDUCED ORDER MODEL OF UNSTEADY FLOW USING CNN
AND LSTM*Yousuke Shimoda1, Naoya Fukushima1 （1. Tokai Univ. (Japan)）[ICJWSF2022-D18] Insight into particle collision on cylinder surface interactingwith wake flows by using URANS*Yasuo Hattori1, Hitoshi Suto1, Naoto Kihara1, Hiromaru Hirakuchi1, Junichi
Tani1 （1. Central Research Institute of Electric Power Industry (Japan)）[ICJWSF2022-D19] A wake model simulating the velocity profile of a twodimensional vertical axis wind turbine*Jirarote Buranarote1, Yutaka Hara1, Yoshifumi Jodai2, Masaru Furukawa1 （1.
Tottori University (Japan), 2. National Institute of Technology (KOSEN),
Kagawa College (Japan)）[ICJWSF2022-D20] NUMERICAL ANALYSIS OF DRAG FORCE ACTING ON A
CIRCULAR DISK WITH HOLES*Yuki Kondo1, Yoshihiro Kubota1 （1. Toyo University (Japan)）©ICJWSF2022

ICJWSF2022 The 7th ICJWSF[ICJWSF2022-D21] Study on Drag Coefficient for Disk with Holes under Bubbly
Flow*Kazuki Namba1, Yoshihiro Kubota1, Osamu Mochizuki1 （1. Toyo University(Japan)）[ICJWSF2022-D22] Effect of wall boundary layer on Autocorrelation of Karmanvortex from a circular cylinder*Ayumu Inagaki1, Ryohei Mizobe2, Hidemi Yamada2 （1. National Institute ofTechnology, Oita Colleg (Japan), 2. Oita Univ. (Japan)）[ICJWSF2022-D23] EFFECT OF SPLITTER PLATE ON PERFOMANCE OFMAGNETOSTRICTIVE WIND VIBRATIONAL POWER
GENERATOR BY FLOW-INDUCED VIBRATION OF ACANTILEVERED RECTANGULAR PRISM*Takahito Hamano1, Takahiro Kiwata2, Takuma Shima3, Alis Ekmekci4 （1.
Kanazawa University (Japan), 2. Kanazawa University (Japan), 3. Kanazawa
University (Japan), 4. University of Toronto (Canada)）[ICJWSF2022-D24] Fluidic force and wake velocity of 3D Body with movable 4
limbs in uniform flow
*Shunsuke Yamada1, Teppei Tsujita1 （1. National Defense Academy (Japan)）[ICJWSF2022-D25] WAKE FLOW VISUALIZATION OF A DANDELION PAPPUS
DURING FLIGHT POSTURE CHANGE*Yuki Shigenaga1, Hiroaki Hasegawa1 （1. Utsunomiya Univ. (Japan)）[ICJWSF2022-D26] Experimental investigation of a bioinspired manta ray fin
propulsor: phasing and leading-edge shape effects*Dohyeong KIM1, Csaba HEFLER1, Wei SHYY1, Huihe QIU1 （1. The Hong Kong
University of Science and Technology (Hong Kong)）©ICJWSF2022

Mar 15(Tue) - 17(Thu)

ICJWSF2022 The 7th ICJWSF

General Session | Track-E(5) Flow Control
Professor Koichi Tsujimoto(Mie University, Japan)[ICJWSF2022-E01] Experimental observation of the flow structure ofsubmerged water jet with air ventilation*Yusuke Mukaiyama1, Yasuyuki Oguma2, Guoyi Peng3 （1. Nihon Univ. (Japan), 2.
Nihon Univ. (Japan), 3. Nihon Univ. (Japan)）[ICJWSF2022-E02] VIBRATION-BASED DROP MOTION &ITS MECHANICS FOR A
DIGITAL MICROFLUIDIC PLATFORM*Liang-Je Lai1, Chung-Hao WANG1, Shih-Yi CHAO1, Ting-Wei SUN1, An-Bang
WANG1 （1. Institute of Applied Mechanics, National Taiwan University(Taiwan)）[ICJWSF2022-E03] Flow and heat transfer characteristics of inclined rotating
impinging jets using DNS*Yuichi Banno1, Koichi Tsujimoto1, Toshihiko Syakouchi1, Toshitake Ando1,
Mamoru Takahashi1 （1. mie-university (Japan)）[ICJWSF2022-E04] MERGING CONTROL OF VORTEX RINGS IN A ROUND JET BY
ACOUSTIC EXCITATION*Naho Inoue1, Akinori Muramatsu1 （1. Nihon University (Japan)）[ICJWSF2022-E05] THE FORMATION OF HELICAL MODE IN A ROUND JET USINGSYNTHETIC JETS
*Yuusuke Kobayashi1, Akinori Muramatsu2 （1. Nihon University (Japan), 2.
Nihon University (Japan)）[ICJWSF2022-E06] Effect of Artificial Large-scale Motions on Bursting in
Turbulent Boundary Layer*Xiaonan Chen1, Koji Iwano1, Yasuhiko Sakai2, Yasumasa Ito1 （1. Nagoya Univ.
(Japan), 2. NISRI (Japan)）[ICJWSF2022-E07] Flow control on a supersonic compression corner with thenanosecond surface dielectric barrier discharge plasma
actuators*Zongnan CHEN1, Chih-Yung Wen1, Jiaao Hao1 （1. The Hong Kong Polytechnic
University (Hong Kong)）[ICJWSF2022-E08] DOUBLE COAXIAL PIPE JETS CONTROL USING DBD-PA AND
BLUFF BODY
*Hiroyuki Nakagawa1, Masato Akimoto1, Motoaki Kimura1 （1. Nihon Univ.
(Japan)）[ICJWSF2022-E09] NUMERICAL EXPERIMENTS ON THE RECEPTIVITY TO
ACOUSTIC DISTURBANCES IN BOUNDARY LAYER OVER
ISOLATED ROUGHNESS*Ryohei Unno1, Ayumu Inasawa1 （1. Tokyo Metropolitan Univ. (Japan)）[ICJWSF2022-E10] Sound pressure distribution and acoustic streaming by
ultrasonic vibration-Difference due to fLexural and piston vibration-©ICJWSF2022

ICJWSF2022 The 7th ICJWSF*Hirofumi Nonaka1, Koki Ito1, Kenji Kofu1 （1. Nihon University (Japan)）[ICJWSF2022-E11] EFFECTS OF CONTRACTION RATIO ON LOSS
REDUCTION OF THE FLOW IN THE REDUCING ELBOWDUCT WITH A WEIR-SHAPED OBSTACLE*Toshitake Ando1, Toshihiko Shakouchi1, Atsushi Hanai1, Nobuyuki Hayashi1,
Yohei Fukuta1, Koichi Tsujimoto1, Mamoru Takahashi1 （1. Graduate School ofEngineering, Mie University (Japan)）[ICJWSF2022-E12] Combined flow control strategies aimed to turbulence
structure modification*Yevhenii Shkvar1,2 （1. College of Engineering, Zhejiang Normal University(China), 2. Institute of Hydromechanics (Ukraine)）©ICJWSF2022

Mar 15(Tue) - 17(Thu)

ICJWSF2022 The 7th ICJWSF

General Session | Track-F(6) Fluid-Solid Interaction
Professor Masaki Fuchiwaki(Kyushu Institute of Technology, Japan)[ICJWSF2022-F01] Flight dynamics in forward flights of a cabbage whitebutterfly*Kosuke Suzuki1, Masaya Kouji1, Masato Yoshino1 （1. Shinshu University(Japan)）[ICJWSF2022-F02] KINEMATICS AND AERODYNAMICS OF BOUNDED PASSIVEROTATION DRAGONFLY WINGS*Di Liu1, Wei Shyy1, Huihe Qiu1 （1. Hong Kong University of Science andTechnology (Hong Kong)）[ICJWSF2022-F03] EFFECT OF BUTTERFLY’ S WING FLEXIBILITY IN FLAPPINGMOTION*Yu Cheng Lee1, Yi Hsien Lee2, Po Hsiang Chang3, Szu I Yeh4 （1.
student/National Cheng Kung university (Taiwan), 2. student/National Cheng
Kung university (Taiwan), 3. student/National Cheng Kung university (Taiwan),
4. professor/National Cheng Kung university (Taiwan)）[ICJWSF2022-F04] Shape of water splash by object impinging to water surface*Takashi Yasui1, Yoshihiro Kubota1 （1. Toyo University (Japan)）[ICJWSF2022-F05] Computational study on the flapping motion of a flag in
grid-induced turbulence*Stefano Olivieri1, Marco Edoardo Rosti1 （1. Okinawa Institute of Science andTechnology (OIST) Graduate University (Japan)）[ICJWSF2022-F06] Fluid-thermal-structural Interaction in Supersonic Retropropulsion*Kalyani Bhide1 （1. University of Cincinnati (United States of America)）[ICJWSF2022-F07] Vorticity Generation and Growth ON a Wall of a Heaving
Elastic Airfoil*Masaki Fuchiwaki1 （1. Kyushu Institute of Technology (Japan)）[ICJWSF2022-F08] EFFECT OF FLOW CONFINEMENT ON THE HYDRODYNAMICPERFORMANCE OF A FULLY-PASSIVE OSCILLATING-FOIL
TURBINE*Sierra Mann1, Guy Dumas2, Peter Oshkai1 （1. University of Victoria (Canada),
2. Université Laval (Canada)）©ICJWSF2022

Mar 15(Tue) - 17(Thu)

ICJWSF2022 The 7th ICJWSF

General Session | Track-G(7) Novel Flow Measurement Techniques
Professor Hitoshi Ishikawa(Tokyo University of Science, Japan)[ICJWSF2022-G01] NOVEL FLOW ANALYSIS METHOD AROUND 2D AIRFOIL
USING PHYSICS-INFORMED NEURAL NETWORK*Keita Hatanaka1, Hiroki Fujinaga1 （1. Mitsubishi Heavy Industries, Ltd.
(Japan)）[ICJWSF2022-G02] Wind Tunnel Test Method Using a 1-m Magnetic Suspension
and Balance System for Measuring Aerodynamic Force Acting
on Rotating Sphere*Hiroyuki Okuizumi1, Hideo Sawada1, Yasufumi Konishi1, Shigeru Obayashi1,
Keisuke Asai1 （1. Tohoku University (Japan)）[ICJWSF2022-G03] BEHAVIOR OF VORTEX CONNECTIONS IN THE WAKE BEHIND
A CIRCULAR DISK
*Shuya Kudo1, Yuta Shibasaki1, Hitoshi Ishikawa2 （1. Graduate School ofEngineering, Tokyo University of Science (Japan), 2. Faculty of Engineering ofEngineering, Tokyo University of Science (Japan)）[ICJWSF2022-G04] Suppression of Flow Separation by Multi Wavy Plasma
Actuator with Different Amplitude*Hinako Furuse1, Masaki Nishibayashi1, Hitoshi Ishikawa2 （1. Graduate Schoolof Engineering, Tokyo University of Science (Japan), 2. Department of
Mechanical Engineering, Tokyo University of Science (Japan)）©ICJWSF2022

Mar 15(Tue) - 17(Thu)

ICJWSF2022 The 7th ICJWSF

General Session | Track-H(8) Industrial Complex Flows and Applications
Professor Shoichiro Iio(Shinshu University, Japan)[ICJWSF2022-H01] Identification of wake vortices using a simplified automobile
model under parallel running and crosswind conditions*Yusuke Nakamura1, Takuji Nakashima1, Keigo Shimizu2, Takenori Hiraoka2,
Takahide Nouzawa1, Taiga Kanehira1, Hidemi Mutsuda1 （1. Hiroshima Univ.
(Japan), 2. Mazda Motor Corporation (Japan)）[ICJWSF2022-H02] Aerodynamic Prediction of the 30P30N High-Lift
Configuration Airfoil using a Wall Stress Model with the
Cartesian Cut-Cell Method*Yuki Takeda1, Kazuyuki Ueno1, Tatsuya Ishikawa1, Yuta Takahashi1 （1. Iwate
Univ. (Japan)）[ICJWSF2022-H03] Characteristics of a Cavitating Jet through a Small
Rectangular Orifice with Different Aspect Ratios*Hironori Takei1, Terakawa Kohei1, Shouichiro Iio1, Kotaro Takamure2, Tomomi
Uchiyama2, Futoshi Yoshida3 （1. Shinshu Univ. (Japan), 2. Nagoya Univ.
(Japan), 3. KYB Corp. (Japan)）[ICJWSF2022-H04] Performance of a submerged impulse turbine under various
jet nozzle conditions*Takahiro Saito1, Serene Hui Sze Ong1, Shouichiro Iio1, Daisuke Tsunashima2（1. Shinshu Univ. (Japan), 2. Chuetsu Kogyo Inc. (Japan)）[ICJWSF2022-H05] Effect of flow inlet condition on flow field and performanceof cross-flow hydraulic turbine*Takashi Kamijo1, Naoto Ogawa1, Yoshikazu Hayashi1, Shouichiro Iio1, Takaya
Kitahora2, Young-Do Choi3, Morihito Inagaki4 （1. Department of Mechanical
System Engineering, Shinshu University (Japan), 2. Shonan Institute ofTechnology (Japan), 3. Mokpo National University (Korea), 4. JSE Co., Ltd(Japan)）[ICJWSF2022-H06] Cross wind on a bridge with wind barriers*Chin-Chen Chou1, Cheng-Yeng Chung1, Kung-Ming Chung1 （1. National Cheng
Kung University (Taiwan)）©ICJWSF2022

Mar 15(Tue) - 17(Thu)

ICJWSF2022 The 7th ICJWSF

General Session | Track-I(9) Multiphase Flows
Associate Professor Tatsuro Wakimoto(Osaka City University, Japan)[ICJWSF2022-I01] Experimental study on turbulence characteristics in wake of
two-dimensionally fluidized spherical particles*Michihiro Miyashita1, Shogo Hashi1, Takashi Noguchi1, Katsuya Hirata1 （1.
Doshisha University (Japan)）[ICJWSF2022-I02] Prevention Effect for Choking of Dense-Phase Pneumatic
Conveying in Bend Pipe with Ultrasonic Vibration*Masashi Harada1, Kenji Kofu2 （1. Nihon Univ. (Japan), 2. Nihon Univ. (Japan)）[ICJWSF2022-I03] Exfoliation Effect of Adhesion Powder WITH UltrasonicVibration*Tomoya Abe1, Kenji Kofu1 （1. Nihon University (Japan)）[ICJWSF2022-I04] Development of a cleaning device for fine particles on a solid
surface using a supersonic jet*Koshiro Tanimoto1, Kazuhiko Soemoto2, Tatsuro Wakimoto1, Kenji Katoh1 （1.
Osaka City Univ. (Japan), 2. Shinko Co. Ltd. (Japan)）[ICJWSF2022-I05] VISUALIZATION OBSERVATION OF PLUG FLOW IN ABRASIVE
SUPPLY TUBE FOR ABRASIVE INJECTION WATER JET*Yasuyuki Oguma1, Yujiro Kobayashi1, Guoyi Peng1 （1. Department of
Mechanical Engineering, College of Engineering, Nihon University (Japan)）[ICJWSF2022-I06] Identification of Flow Regime in Transition Region of HighPressure Gas-Liquid Two-Phase Flow Using Image
Reconstruction and Machine Learning*Naoto Shibata1,3, Shuichiro Miwa2, Kazuhiro Sawa3, Masahiro Takahashi1,
Tetsuro Murayama1, Norio Tenma4 （1. Mitsui E&S Machinery Co., Ltd. (Japan),
2. The University of Tokyo (Japan), 3. Hokkaido University (Japan), 4. National
Institute of Advanced Industrial Science and Technology (Japan)）[ICJWSF2022-I07] NUMERICAL STUDY ON AIRBORNE DROPLETS USING TWOFLUID MODELLED MULTIPHASE FLOW SIMULATIONS*Junya AONO1, Keiichi KITAMURA1, Taro SHIMIZU2 （1. Yokohama National
University (Japan), 2. Japan Aerospace Exploration Agency (Japan)）[ICJWSF2022-I08] Estimation of a water mass entrained by water exit of asphere*Kotaro Takamure1, Tomomi Uchiyama1 （1. Nagoya University (Japan)）©ICJWSF2022

Mar 15(Tue) - 17(Thu)

ICJWSF2022 The 7th ICJWSF

General Session | Track-J(10) Flow Induced Noise
Professor Yasumasa Suzuki(Nihon University, Japan)
Associate Professor Soichi Sasaki(Nagasaki University, Japan)[ICJWSF2022-J01] Perception and emission of sounds generated by animals*Kazuki Sugiyama1, Yoshihiro Kubota1, Osamu Mochizuki1 （1. Toyo University(Japan)）[ICJWSF2022-J02] The analysis of jet flow and sound generation of the reedtype artificial vocal fold*Tsukasa Yoshinaga1, Takayuki Arai2, Hiroshi Yokoyama1, Akiyoshi Iida1 （1.
Toyohashi University of Technology (Japan), 2. Sophia University (Japan)）[ICJWSF2022-J03] Effect of tube pitch ratio on acoustic resonance and vortex
shedding
Hiromitsu Hamakawa1, *Hiroki HARADA1, Hayato KOCHO1, Kazuki SHIBAYAMA1,
Eru KURIHARA1 （1. Oita University (Japan)）[ICJWSF2022-J04] EXPERIMENTAL STUDY ON AERODYNAMIC SOUND
GENERATED FROM FLOW AROUND A FORWARD FASING STEP

*Yoshihiro Shirasu1, Yasumasa SUZUKI2, Chisachi KATO3 （1. Department of
Mechanical Engineering. college of Science and Technology, Nihon University(Japan), 2. Department of Mechanical Engineering, Nihon University (Japan), 3.
Center for Research on Innovative Simulation Software, Institute of Industrial
Science, the University of Tokyo (Japan)）[ICJWSF2022-J05] Aerodynamic Sound Radiated From Delta Wing In The Flow
With Karman Vortex Street*Shigeru Ogawa1, Harutaka Honda1, Takahiro Nomura1, Yuji Yamada1 （1.
National Institute of Technology, Kure College (Japan)）[ICJWSF2022-J06] A STUDY OF AERODYNAMIC SOUND GENERATED FROM AN
AIRFOIL SUBJECTED TO CIRCULAR-CYLINDER*Noriaki Kobayashi1, Yasumasa Suzuki2, Chisachi Kato3 （1. Osaka University(Japan), 2. Nihon University (Japan), 3. The University of Tokyo (Japan)）[ICJWSF2022-J07] Effect of computatinal domain size and grid resolution on
airfoil flow and radiated sound by using large eddy
simulation*Yuya MIKI1, Yasumasa Suzuki1, Chisachi Kato2 （1. Nihon University (Japan), 2.
The University of Tokyo (Japan)）[ICJWSF2022-J08] NUMERICAL SIMULATION OF AERODYNAMIC SOUND
GENERATED FROM WING-TIP AND VORTEX BEHAVIOR ON AN
OSCILLATING AIRFOIL*Yuichiro Watanabe1, Chisachi Kato1 （1. The University of Tokyo (Japan)）©ICJWSF2022

ICJWSF2022 The 7th ICJWSF[ICJWSF2022-J09] Numerical Simulation of Aerodynamic Sound Generated froma Box Fan using Computational Aeroacoustics*Tomoki Oikawa1, Chisachi Kato2 （1. Graduate School, Tokyo Univ. (Japan), 2.
Institute of Industrial Science, Tokyo Univ. (Japan)）[ICJWSF2022-J10] A Study on Flow Structure and Noise Generation in a
Separated-and-Reattaching Flow in Sirocco Fan*Kosuke Seto1, Koji Iwano1, Yasumasa Ito1, Yasuhiko Sakai2, Masaharu Sakai3,
Shuzo Oda3, Fumiya ishii3, Sho Kosaka3, Jun Yamaoka3 （1. Nagoya Univ. (Japan),
2. Nagoya Industrial Science Inst. (Japan), 3. DENSO Corp. (Japan)）[ICJWSF2022-J11] PREDICTION METHODOLOGY OF BROADBAND NOISE
GENERATED FROM A HORIZONTAL AXIS WIND TURBINEBASED ON BLADE ELEMENT MOMENTUM THEORY*Soichi Sasaki1 （1. Nagasaki University (Japan)）[ICJWSF2022-J12] STUDY OF BROADBAND NOISE GENERATED FROM A LOWPRESSURE FAN BASED ON PRESSURE POWER SPECTRUM
DENSITY OF A FLAT PLATE*Kodai TANAKA1, Soichi Sasaki1 （1. Nagasaki University (Japan)）©ICJWSF2022