[1-01]Inter-scale interaction via subgrid-scale stress models in minimal channel flow
*Kazuhiro Inagaki1(1. Department of Mechanical Engenieering, Doshisha University)
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Search Results(666)
[1-02]Measurement of energy dissipation rate by use of velocity structure functions in grid-generated turbulence
*Tatsuo Ushijima1(1. Nagoya Institute of Technology)
[1-03]Analysis of turbulent stress in LES of convective atmospheric boundary layer turbulence using scale-by-scale expansion
*Tatsuro Kishi1(1. Meteorological Research Institute, Japan Meteorological Agency)
[1-04]Lagrangian scales of wall turbulence decaying by addition of particles
*Yoichi Mito1(1. Kitami Institute of Technology)
[1-05]A parametric study on dissimilar destruction of turbulent fluxes in channel flows
*Mamoru Takahashi1, Koichi Tsujimoto1, Toshitake Ando1(1. Mie University)
[2-01]DNS analysis of the Re dependence of vorticity and energy dissipation statistics in coarse-grained turbulence
*Takashi Ishihara1, Mitsuo Yokokawa2(1. Okayama University, 2. Tohoku University)
[2-02]On the scale locality of the nonlinear interaction of the passive scalar turbulence
*Taketo Ariki1(1. Japan Agency for Marine-Earth Science and Technology)
[2-03]Two-layer-structure phenomena in turbulent boundary layer relaminarization at supersonic expansion corners
*Soju Maejima1, Soshi Kawai1(1. Tohoku University)
[2-04]Effects of oscillating spanwise mean pressure gradient on rotating turbulent Poiseuille flow
*Oaki Iida1, Hidetoshi Yamamoto1, Reo Nakagawa1(1. Nagoya Institute of Technology)
[3-02]Origin of Power-Law Energy Spectra in Turbulence with Polymer Additives
*Hayato Masuda1, Yutaro Motoori1, Susumu Goto1(1. The University of Osaka)
[3-03]Complex POD of analytic signal generated by DNS data of oscillating grid turbulence subjected to system rotation
*Ryuga Sumi1, Toru Yamada1, Yohei Morinishi1(1. Graduate School of Engineering, Nagoya Institute of Technology)
[120001-01-01]Energy Transfer by Nonlinear Scale Interaction in Wall Turbulence
*Kawata Takuya1(1. Shibaura Institute of Technolog)
[120002-02-01]Statistical equilibria of two-dimensional turbulent flows for generic initial vorticity fields on a sphere, calculated on the basis of the original Miller–Robert–Sommeria theory
*Koki Ryono1, Keiichi Ishioka1(1. Kyoto University)
[120003-03-01]Resolving and visualizing small-scale flows using different illumination approaches
*Minami Yoda1(1. Michigan State University)
[120004-04-01]Flow-Induced Oscillations of Flexible Filaments for Energy Harvesting
*Hyung Jin Sung1(1. Korea Advanced Institute of Science and Technology)
[1-06]Attempt to reduce skin friction by suction of longitudinal vortex structures
*katsutoshi watanabe1(1. national institute of technology tokuyama college)
[1-07]Numerical Analysis and Wind-tunnel Experiment on the Flow around a 5:1 Rectangular Cylinder Moving near the Ground at Re=6.7×103
*Ryota Tominaga1, Katsuya Hirata1, Yuwa Kichise1(1. Doshisha University)
[1-08]Consideration of flow control strategy based on theoretical analysis of mean velocity profile
*Yusuke Nabae1, Hiroya Mamori2, Hiroshi Gotoda1, Koji Fukagata3(1. Tokyo University of Science, 2. The University of Electro-Communications, 3. Keio University)
[1-09]Reduction of Frictional Resistance in Ships by Installing Fins
*Takuya Masuda Masuda1, Yuji Tasaka2, Yuichi Murai2(1. National Institute of Technology, Yonago College, 2. Hokkaido University)
[1-10]Experimental Study on the Amplification of Fluctuations Induced by the Interference between Supersonic Streamwise Vortices and Cavity Flow
*Shoji Sakaue1, Kanta Kawamura1, Taiki Yara1, Kuuga Kitamura1(1. Osaka Metropolitan Univeristy)
[2-05]Investigation of the train shape that reduces the fluctuating aerodynamic force of the tail car caused by the meandering flow beneath the underbody
*Takumi Abe1, Koji Nakade1, Hiroya Mamori2(1. Railway Technical Research Institute, 2. The University of Electro-Communications)
[2-06]Study on Jet Direction Control Using DBD Plasma Actuators
*Shunsuke Hoshikawa1, Satoshi Ogata1(1. Tokyo Metropolitan University)
[2-07]Spreading control of a round jet using synthetic jets installed inside a nozzle
*Akinori Muramatsu1, Kohei Tanaka2, Yuuske Kobayashi1(1. Nihon University, 2. Guraduate School, Nihon University)
[2-08]Development of Dissimilar Control Laws for Momentum and Heat Transfer in Turbulent Channel Flow using Deep Reinforcement Learning
*Tatsuya Katsumata1, Naoya Fukushima2(1. Tokai University Graduate School of Engineering, 2. Tokai University School of Engineering)
[3-04]Development of an acoustic streaming device for flow field control
*Hideki Kawashima1, Yuki Sawada1, Tatsuya Hamada1, Yoshiyuki Tsuji2(1. National Institute of Maritime, Port and Aviation Technology National Maritime Institute, Japan, 2. Nagoya University)
[3-05]Effect of Vortical Structures in Synthetic Jets on Flow Control
*Dan Aso1, Hiroaki Hasegawa2(1. Division of Engineering and Agriculture Graduate School of Regional Development and Creativity Utsunomiya University, 2. Utsunomiya University school of Engineering)
[3-06]Spatial Development of Turbulent Boundary Layer Flow over Traveling Wave Control for Drag Reduction
*Yasuhiro Yoshida1, Akira Murata1, Kaoru Iwamoto1(1. Tokyo University of Agriculture and Technology)
[1-11]Flow near the Separation Point of a Circular Cylinder with a Patterned Surface
*Kosuke Kimura1, Tetsuji Koyama1, Koichi Omi1, Ryuya Imai2, Hiroki Nagano2, Hisanobu Kawashima1, Tsutomu Iwase1,2, Tsuneaki Ishima1(1. Gunma University, 2. SUBARU Corporation)
[1-12]Development of Machine Learning-Assisted Birefringence Measurement Method for Experimental Prediction of Hydrodynamic Stress Fields in Fluid–Structure Interaction Models
*Masakazu Muto1, Manao Nakagaki1, Sei Ueno1, Kazuya U Kobayashi2, Shinji Tamano1(1. Nagoya Institute of Technology, 2. Nihon Institute of Technology)
[1-13]Experimental Study on the Response of Hot-Wire Anemometer to Stepwise Velocity Changes Induced by Weak Compression Waves
*Kento Koishi1, Tokuzo Miyachi2, Shoji Sakaue1, Takakage Arai1(1. Osaka Metropolitan University, 2. Railway Technical Research Institute)
[1-14]Experimental Study on the Limitations of Apparatus in Hot-Wire Measurement of the Wake Flow behind a Rotating Dimpled Sphere
*Yuta Fukue1, Mizuki Ohnishi1, Shingo Ida2, Shoji Sakaue1, Takakage Arai1, Takahiro Sajima2, Masahide Onuki2(1. Osaka Metropolitan University, 2. Sumitomo Rubber Industries, Ltd.)
[2-09]Temperature Compensation of Hot-wire Anemometer for Ambient Temperature Change
*Shohei Takagi1(1. Pantec LLC)
[2-10]Flow measurement using a thin flexible sensor
*Tianxia Yu1, Genta Miyake1, Naoto Omura2, Shunsuke Mizumi2, Yoshiko Oya2, Yuki Mizushima3, Yoshiyasu Ichikawa1, Masahiro Motosuke1(1. Tokyo University of Science , 2. Mitsubishi Heavy Industries, 3. Shizuoka University)
[2-11]Development of a High-Precision Measuerment Technique for Nozzle Jet Gases Using the Background-Oriented Schlieren (BOS) Method
*Shinichiro Ogawa1, Yuya Hirayama1, Yuki Yabiku1(1. Osaka Metropolitan University)
[2-12]Observation of particle focusing phenomena in rectangular tube flows
*Takatoshi Kiriyama1(1. Electromobility Course, Department of Joint Graduate School of Science and Engineering for Sustainability, Akita University)
[1-44]A theory of the creeping flow through a circular pore in the zero thickness plate
*Ryu Egashira1, Toshihide Fujikawa2, Hisao Yaguchi3, Kotaro Ohashi4, Shigeo Fujikawa5(1. Fukuoka Institute of Technology, 2. University of Miyazaki, 3. National Institute of Technology (KOSEN), Gunma College, 4. Institute of Physical Fluid Dynamics, 5. Professor Emeritus, Hokkaido University)
[1-45]Inferring sensitivity through an adjoint-based approach with random perturbations: An application to heavy rain modulation
*Shan Jiang1, Takayuki Nagata1, Masahito Watanabe1, Hirotaka Naruse1, Yasuo Sasaki1, Taku Nonomura1(1. Department of Aerospace Engineering, Nagoya University)
[1-46]General relativistic fluid dynamics as a string theory and a field theory based on differential form
*Koshiro Hori1(1. Musashi High School)
[1-47]Temporal Phase Synchronization of Thermal Convection in a Rotating Fluid Annulus
*Ippei Oshima1, Yoji Kawamura2(1. Tohoku university, 2. Japan Agency for Marine-Earth Science and Technology)
[1-15]Estimation of bubble ring circulation based on energy conservation
*Masato Tazune1, Takashi Naitoh1(1. Nagoya Institute of Technology)
[1-16]Experimental Study on Bubble Cluster Formation by Spherical Bubbles Constrained on an Inclined Plane
*Toshiyuki Ogasawara1, Shuta Hayashi1, Hiroyuki Takahira1(1. Osaka Metropolitan University)
[1-17]Experimental investigation of laser-induced bubble growth and collapse inside and outside the water-agarose interface
*Tomohiro Hama2, Takuma Kato2, Tosiyuki Ogasawara1, Hiroyuki Takahira1(1. Osaka Metoropolitan University, 2. Osaka Metoropolitan University Graduate School)
[1-18]Experimental Study on Collapsing Shape of Laser Bubble near Rigid Wall and Distribution of Force Product Value Acting on the Wall
*Fumito Nakanishi1, Taiki Bouno, Toshiyuki Ogasawara1, Hiroyuki Takahira1(1. Osaka Metropolitan University)
[1-19]Analysis of Bubble Behavior in Turbulence Using the Front-Tracking Method
*Soichiro Gushima1, Takeshi Watanabe1, Izumi Saito1, Toshiyuki Gotoh2(1. Nagoya Institute of Technology, 2. Keio University)
[2-13]Effect of fine bubble addition on fine bubbles generated on rough surfaces
*Toshiki Tsuruta1, Satoshi Ogata1(1. Tokyo Metropolitan University)
[2-14]Comparison of Discrete Bubble Model and Volume of Fluid Model in Bubble Cloud Collapse Simulation
*Kohei Okita1(1. Nihon University)
[2-15]Theoretical comparison of two approximation methods for the drag coefficient in finite Reynolds number flow past a rigid sphere and the application into gas bubble drag
*Ryota Obana1, Shu Takagi1(1. The University of Tokyo)
[2-16]Dynamics of microbubble coated by a shell in a blood vessel: Derivation of equation of motion
*Mayuko Ogi1, George Chabouh2, tetsuya kanagawa1(1. University of Tsukuba, 2. Sorbonne University)
[3-07]Discussion on Mathematical Well-Posedness of Three-Pressure Two-Fluid Model Equations for Bubbly Flow
*Naoya Matsuda1, Tetsuya Kanagawa1(1. University of Tsukuba)
[3-08]Influence of flow unsteadiness on the thermodynamic self-suppression effect of hydrofoil cavitation
*Gen Nakamura1, Junnosuke Okajima2, Yuka Iga2(1. Department of Mechanical Systems Engineering, Graduate School of Engineering, Tohoku University, 2. Institute of Fluid Science, Tohoku University)
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