[OS1-1-1-01]Counter-rotating Vertical Vortex Columns as Dissipative Structures
*Kazuaki Uchibori1, Shuhei Ohnishi1(1. Institute of Computational Fluid Dynamics Co., Ltd. (iCFD))
Search Criteria
Keywords :
Year :
2023 - 2025
Search across all events. Up to 10,000 search results will be displayed.
-
Search Criteria
| Keywords : | |
|---|---|
| Year : | 2023 - 2025 |
Search across all events. Up to 10,000 search results will be displayed.
-
Search Results(759)
[OS1-1-1-02]A sufficient condition for spiral vortex breakdowns to occur in supersonic flows
*Toshihiko Hiejima1(1. Osaka Metropolitan University)
[OS1-1-1-03]Analysis and modeling of non-local eddy viscosity in turbulent flows
*Fujihiro Hamba1(1. The University of Tokyo)
[OS1-1-1-04]Global Stability Analysis of Boundary Layer Flow Over Complex Roughness Using Volume Penalization
*Hinata Fujii1, Makoto Hirota2, Yuji Hattori2(1. Department of Applied Information Sciences, Graduate School of Information Sciences, Tohoku University, 2. Institute of Fluid Science, Tohoku University)
[OS1-1-1-05]Symmetries of large-scale structures in turbulent channel flow
*Seiya Watanabe1, Yasuyuki Nishikawa1, Shingo Motoki1, Genta Kawahara1(1. Osaka University)
[OS1-1-2-01]Phase Dynamics of an Active Swimming Model with Vortex Shedding
*Makoto Iima1(1. Graduate School of Integrated Sciences for Life, Hiroshima University)
[OS1-1-2-02]Energy dissipation in compressible turbulence by high-resolution direct numerical simulations
*Yoshiki Sakurai1, Keisuke Takayasu1, Yuta Nozaki1, Yasushi Oka1, Mitsuo Yokokawa2, Takashi Ishihara3(1. Yokohama National University, 2. Tohoku University, 3. Okayama University)
[OS1-1-2-03]Effectiveness of Forward-Facing Steps in Controlling Crossflow Instability in Three-Dimensional Boundary Layers
*Makoto Hirota1, Taiyo Okuyama1, Yuji Hattori1(1. Institute of Fluid Science, Tohoku University)
[OS1-1-2-04]Dissimilar heat transfer enhancement through parallel porous plates with inflow pulsations at low Reynolds numbers
*Fengbo Guan1, Ming Liu1, Yosuke Hasegawa1(1. Institute of Industrial Science, The University of Tokyo)
[OS1-1-2-05]Investigation of surface-roughness effects on turbulent transition in a swept flat plate boundary layer
*Kosuke Nakagawa1, Aiko Yakeno1(1. Tohoku University)
[OS1-1-3-01]Analysis of vortex sheet equations based on hyperfunction methods and its usefulness
*Yuya Taki1, Yoshio Ishii2(1. Graduate School of Science and Engineering, SOKA Univ., 2. Faculty of Science and Engineering, SOKA Univ.)
[OS1-1-3-02]Large-scale numerical analysis of non-equilibrium turbulence around fractal trees
*Yuwei Yin1, Ryo Onishi1, Seiya Watanabe2, Koji Nagata3, Takayuki Aoki1(1. Institute of Science Tokyo, 2. Kyushu University, 3. Kyoto University)
[OS1-1-3-03]Design of a turbulence promoter for achieving fully developed turbulent channel flow with a short length
*Shunta Hayashi1, Soratsugu Sagazume1, Yusuke Nabae2, Koji Fukagata1(1. Keio University, 2. Tokyo University of Science)
[OS1-1-3-04]DNS of thermodynamically-consistent 2D turbulence using a fluctuating lattice boltzmann method
*Takeru Hashimoto1, Tomohiro Tanogami2, Ryo Araki1(1. Tokyo University of Science, 2. The University of Osaka)
[OS1-1-3-05]Prediction of drag reduction rate based on log-law for stratified turbulent flows with riblets
*Yutaro Koide1, Hiroya Mamori1, Menglei Wang1, Takeshi Miyazaki1, Yusuke Nabae2(1. The University of Electro-Communications, 2. Tokyo University of Science)
[OS1-1-4-01]Synchronization of side-by-side cylinder wakes coupled with acoustic waves
*Hirorya Yamanaka1, Taichi Hattori1, Shigetaka Kawai1, Yuta Iwatani1, Soju Maejima1, Retsu Tadenuma1, Soshi Kawai1(1. Tohoku University)
[OS1-1-4-02]Influences of span width and boundary layer thickness on Rossiter modes in transonic cavity flows with incoming turbulent boundary layers
*Yuto Fujimoto1, Soju Maejima1, Soshi Kawai1(1. Tohoku university)
[OS1-1-4-03]DNS study of system-rotation effects on statistics in oscillating grid turbulence
*Ryuga Sumi1, Toru Yamada2, Yohei Morinishi2(1. Graduate Student, Nagoya Institute of Technology, 2. Graduate School of Engineering, Nagoya Institute of Technology)
[OS1-1-4-04]Drag reduction effect in turbulent channel flow using oblique directional traveling wave control
*Koki Ito1, Hiroya Mamori1, Menglei Wang1, Takeshi Miyazaki1(1. The University of Electro-Communications)
[OS1-1-4-05]Study on the transition process of supersonic compressible boundary layer using nonlinear non-modal stability analysis
*Nobutaka Taniguchi1, Aiko Yakeno1(1. Tohoku University, Institute of Fluid sciences)
[OS2-4-1-01]Gas-liquid two-phase flow simulation for plumbing products using the lattice Boltzmann method
*Kazuma Sasaki1, Seiya Watanabe2(1. TOTO LTD., 2. Kyushu Univ.)
[OS2-4-1-02]Multi-phase Flow Simulation on Gas-Liquid Separator based on Weakly Compressible Scheme
*Yusuke Horiuchi1, Shintaro Matsushita1, Tetsuya Suekane1(1. institute of science tokyo)
[OS2-4-1-03]Multiphase Flow Simulation with Surfactant Transport for Foam Formation
*Shintaro Matsushita1, Shu Yamashita1, Tetsuya Suekane1(1. Institute of Science Tokyo)
[OS2-4-1-04]Temperature-Field Implementation for Gas–Liquid Two-Phase LBM with AMR
*Daiki Morimoto1, Masayuki Kaneda1, Shigeki Nakatsukasa1, Shogo Murakami1(1. Osaka Metropolitan University)
[OS2-4-1-05]Unsteady Simulation of Internal Refrigerant Flow in an Air-Conditioning Compressor with an AMR Grid
Satoki Sano1, *Takayuki Aoki1, Takao Nagasaki1, Shintaro Matsushita1, Shinichi Kawabata2, Shugo Sejima2(1. Institute of Science Tokyo, 2. DAIKIN INDUSTRIES, LTD.)
[OS2-4-2-01]Tube-Diameter Effects on Single-Bubble Growth and Heat Transfer in Vertical Upflow
*Mio Yukimitsu1, Daisuke Sasaki1, Yuki Kawamoto2, Shun Takahashi3, Hideyuki Fuke3(1. Osaka Metropolitan University, 2. Tokai University, 3. Japan Aerospace Exploration Agency)
[OS2-4-2-02]Numerical simulation of water-droplet motion, coalescence and breakup in air flow using momentum-conserving scheme
*Takao Nagasaki1, Takayuki Aoki1, Satoki Sano1, Tatsuya Katayama2(1. Institute of Science Tokyo, 2. Daikin Industries, Ltd.)
[OS2-4-2-03]High-resolution porous two-phase modeling for transpiration cooling with evaporation
*FUMIYA YAMASHITA1, TAKU OHWADA1(1. Department of Aeronautics and Astronautics, Graduate School of Engineering, Kyoto University)
[OS2-4-2-04]Feasibility Study of Unstructured Grid Simulations in
Hypersonic Vehicle Conceptual Design
*Hiroto Ogasawara1, Yoimi Kojima2, Takashi Aoyama2, Atsushi Hashimoto2(1. Tokyo University of Agriculture and Technology, 2. Japan Aerospace Exploration Agency)
[OS2-4-2-05]Fundamental Study on Shock-Fitting Methods in Two-Dimensional Cartesian grid
*Tomohito Nishio1, Taro Imamura1(1. The University of Tokyo)
[OS2-4-3-01]Verification of immersed boundary Navier-Stokes equation with cartesian grid method for compressible flow
*Eishu Kawashiro1, Hiroshi Terashima1, Nobuyuki Oshima1(1. Hokkaido University)
[OS2-4-3-02]Investigation of Distance Parameters in the Immersed Boundary Method for Thin Flat Plate Analysis
*Shota Inoue1, Kosei Funada1, Daisuke Sasaki1, Yuki Kawamoto2, Shun Takahashi3(1. Osaka Metropolitan Univ., 2. Tokai Univ., 3. JAXA)
[OS2-4-3-03]Wall model of immersed-boundary Navie-Stokes equation
*Nobuyuki Oshima1(1. Hokkaido university)
[OS2-4-3-04]A study toward quasi-PR-DNS using ROM-aided IB method — modeling based on steady and time-averaged flow fields —
*Takayuki Nagata1, Shunta Takahashi1, Taku Nonomura1(1. Nagoya University)
[OS2-4-3-05]Wall modeling in LES for moving and deforming boundary flows in Cartesian-grid methods
*Shigetaka Kawai1, Soshi Kawai1(1. Tohoku University)
[OS2-4-4-01]2D Aerodynamic Topology Optimization of an Airfoil’s Trailing-Edge Region Using Modified Cellular Automata with Volume of Solid (CAVoS)
*Punnathone Songjakkaew1, Yoshiharu Tamaki3, Taro Imamura2(1. Graduate Student, Department of Aeronautics and Astronautics, The University of Tokyo, 2. Professor, Department of Aeronautics and Astronautics, The University of Tokyo, 3. Assistant Professor, Department of Aeronautics and Astronautics, The University of Tokyo)
[OS2-4-4-02]Simulation of Flow around a Body on Coarse Grids with Immersed Boundary Method using POD-Galerkin Projection
*Shunta Takahashi1, Takayuki Nagata1, Taku Nonomura1(1. Nagoya Univ.)
[OS2-4-4-03]This paper reports the results of verifying the impact of geometric shape reproducibility in near-field data on far-field noise preditcion when using Immersed Boundary Method and the FW-H method for evaluating far-field noise.
*Takashi Ishida1, Yoimi Kojima1, Yasushi Ito1, Mitsuhiro Murayama1, Tohru Hirai2, Kentaro Tanaka2(1. Japan Aerospace Exploration Agency, 2. Ryoyu Systems Co., Ltd.)
[OS2-4-4-04]Integration and Visualization of Surface Physical Quantities in the Immersed Boundary Method
*Ryoji Takaki1(1. Japan Aeroscape Exploration Agency)
[OS2-4-4-05]Flux-integration-based unsteady aerodynamic force evaluation methods considering conservation errors on non-body-conforming Cartesian grids
*Yuta Omori1, Shigetaka Kawai1, Soshi Kawai1(1. Tohoku Univ.)
[OS2-1-1-01]A study on BiCGSTAB by applying the generalized residual cutting method
*Toshihiko Abe1(1. Kyoritsu Women's Junior College)
[OS2-1-1-02]Extension of the Pressure-Based SIMPLE Method to Compressible Flows and Its Applications
*Yoichi Ohnishi1(1. Advancesoft corporation)
[OS2-1-1-03]Wall-modeled LES of aeroacoustics around high-lift aircraft configurations using high-fidelity compressible flow solver FFVHC-ACE
*Hiroyuki Asada1, Soshi Kawai1(1. Tohoku University)
[OS2-1-1-04]Extension of a high-order modal limiter for supercritical diffusion flame flows
*Takanori Haga1(1. JAXA)
[OS2-1-2-01]Novel high-resolution viscous flux scheme in high-order FR methods
*Issei Homma1, Hiroyuki Asada1, Soshi Kawai1(1. Tohoku university)
[OS2-1-2-02]A new strictly entropy-conserving robust and non-dissipative KEEP scheme for compressible two-phase flows
*Soki Yoshida1, Shigetaka Kawai1, Soshi Kawai1(1. Tohoku University)
[OS2-1-2-03]A Comparative Study of HOIST and MDG-ICE on the 1-D Burgers Equation
*Tian Xie1, Yoshiharu Tamaki1, Taro Imamura1(1. University of Tokyo)
[OS2-1-2-04]Applicability of Adaptive Parameter Artificial Compressibility Method to Three-Dimensional Gas–Liquid Two-Phase Flow
*Tsubasa Yamaguchi1, Kazuyasu Sugiyama1(1. The University of Osaka)
[OS2-1-2-05]High-order formulation of pressure-equilibrium condition for fully conservative simulations of compressible real-fluid flows
*Kai Ito1, Hiroshi Terashima1(1. Hokkaido University)
[OS3-3-1-01]Development of 0D-to-3D Model Transition Techniques for Compressed Hydrogen Filling
*Eisuke Yamada1, Yohsuke Tamura1(1. Japan Automobile Research Institute)
759 results ( 1 - 50 )
- 1
- ...