Laboratory Seminar
The Suzuki Laboratory seminar is our group's core regular research meeting. Every week, several members share their latest work with the rest of the group, and exchange comments, obervations, and suggestions.
In principle it is held at Kashiwa Campus, in room EN-C, though it was held online in 2020-2022.
2022 Summer Semester
| Date | Presenter | Presentation Title |
|---|---|---|
| 4/15 | Orientation | |
| 4/18 | Baba(M1) | Aerodynamic Characteristics of Transonic Compressor Oscillating Cascade with Tip Clearance using Presser-Sensitive Paint |
| Yonemura(M1) | Experimental Setup for Hypersonic Shock Tube | |
| Yamamoto(M1) | Creation of CNF Film Containing CaCO3 Particles and Evaluation of Basic Physical Properties and Functionalization | |
| 4/27 | Yonei(M1) | Numerical study of edge states under generalized chiral symmetry |
| Tsuji(M1) | Compressible effect on two-dimensional compressibleflow around a circular cylinder at low Reynolds number | |
| Norikoshi(M1) | Measurements of electron temperature and density of a hollow cathode type plasma window by means of Thomson scattering | |
| 5/9 | Suenaga(D2) | RERA: Rubber balloon experiment for reentry capsule with thin aero shell |
| 5/13 | Ogata(M2) | EDL Control of Planetary Landers With Variable Deployable Aeroshell |
| Endo(M2) | Research on Rotating Inflatable Blade for Mars exploration | |
| 5/18 | Marumiya(M2) | Measurement of sonic booms using a hypersonic wind tunnel ~Experiments and results~ |
| Shimonaga(M2) | Fundamental Study on Hypersonic Flow Control using Air-breathing Plasma Jet Blowing ~M2 S semester~ | |
| 5/27 | Dennis(M2) | Control of shock wave boundary layer inteaction |
| Ota(M2) | TBD | |
| Max(D3) | Sustainable space development requires public involvement: Examples in Japan and Asia Pacific | |
| 6/1 | Xie(M2) | Physics-informed Neural Network-accelerated CFD |
| 6/8 | Taniguchi(D1) | Nonlinear stability analysis based on thermodynamical property for compressible viscous flow |
| Noto(M2) | Fundamental Numerical Analysis of Wake Vortices for Air Traffic Control | |
| 6/15 | Kojima(D1) | Toward Reduced Order Model of Fluid Structure Interaction Problem and Its Applications |
| 6/22 | Dong(D3) | TBD |
| Tokunaga(D3) | TBD | |
| Hee(D1) | Low reynolds number effect on hypersonic flow over a hemisphere with counter-flow jet | |
| 6/29 | Max(D3) | A Study on the Dynamics of Sail Craft Combining Aerodynamics and Solar Radiation Pressure for Novel LEO Missions |
| 7/13 | Jorge(D3) | Numerical Study on Solar Wind Interaction with Solar Probe with Tree-Structured Multi-grid Algorithm |
| 7/20 | Suenaga(D2) | Effect of Design Parameters on Unsteady Aerodynamic Characteristics of Wing-Tip-Chained Long Span Airplane |
| 7/27 | Fujino(B4) | Parametric Study of Flow Field and Aerodynamic Characteristics at Low Reynolds Number and Transonic Airfoil by Direct Numerical Simulation |
| Sasaki(B4) | TBD | |
| Tanaka(B4) | TBD | |
| Suzuki(Prof.) | Macroscopic Description of Cluster Formation in Granular Flow |
2021 Winter Semester
| Date | Presenter | Presentation Title |
|---|---|---|
| 10/20 | Orientation | |
| Hee(D1) | Self-introduction (Newly enrolled Doctoral degree course student) | |
| 10/29 | Marumiya(M1) | Measurement of sonic booms using a hypersonic wind tunnel 〜Experimental preparation〜 |
| Ota(M1) | Basic research on Rogallo Wing for reusable rockets. 〜My theme’s topics〜 | |
| 11/5 | Guest presenter | |
| 11/10 | Xie(M1) | Transformer Model in Turbulent Flow Prediction |
| Endo(M1) | Research on Rotating Inflatable Blade for Mars exploration | |
| 11/17 | Noto(M1) | The numerical analysis of wake vortices for air traffic control |
| Shimonaga(M1) | Experimental Study on Hypersonic Flow Control using Air-breathing Plasma Jet Blowing | |
| 11/26 | Nishimura(B4) | 柔軟エアロシェルを用いた火星ペネトレータの衝突条件評価とネットワーク探査の検討 |
| Endo(B4) | TBD | |
| Dennis(M2) | TBD | |
| 12/1 | Ogata(M1) | Landing Control of Planetary Landers With Variable Aeroshell |
| Taniguchi(M2) | TBD | |
| 12/8 | Guest presenter: Joseph P. Gonzales (University of Notre Dame) |
Spatially Resolved 3 Dimensional Temperature Sensor within Ice Crystal |
| 12/15 | Senzaki(M2) | Data Assimilation of Flow Fields with Different Vortical Structure Assuming Non-uniformity in Viscosity |
| Kojima(M2) | TBD | |
| 12/24 | Furuya(M2) | TBD |
| Kobayashi(M2) | TBD | |
| 1/5 | Dong(D3) | TBD |
| Suenaga(D2) | Deployment Simulation for WITCH (WIng-Tip-CHained) Airplane | |
| 1/12 | Max(D3) | TBD |
| 1/19 | Furuya(M2) | TBD |
| Taniguchi(M2) | TBD |
2021 Summer Semester
| Date | Presenter | Presentation title |
|---|---|---|
| 4/7 | Orientation | |
| 4/14 | Marumiya(M1) | Relationship between wavelength and history effect of flow between two rotating cylinders with high aspect ratio |
| Noto(M1) | TBD | |
| Ota(M1) | Numerical Research for Controlling Aerodynamic Forces of Holed Rectangular Concave in Supersonic Flow | |
| 4/21 | Ogata(M1) | High-precision Visual Servoing in Asteroid Flyby with Multirate Feedforward Control and Trajectory Estimation |
| Endo(M1) | TBD | |
| Suenaga(M1) | Experimental study regarding mixing transition at supersonic flow on "Mixing Tube" | |
| 4/28 | Dennis(M1) | Using plasma actuators to control shock wave boundary layer interaction |
| Xie(M1) | Assessment on a Parallelized SLAU2 Scheme CFD Solver | |
| 5/14 | Liu(M2) | TBD |
| Kojima(M2) | variational principle of fluid dynamics and its application to reduced order model | |
| 5/19 | Taniguchi(M2) | Stability approach of compressibility effect on 2-D vortex collision |
| Kobayashi(M2) | TBD | |
| 5/26 | Liu(M2) | TBD |
| Senzaki(M2) | TBD | |
| 6/2 | Furuya(M2) | Effect of Film Cooling on Hypersonic Flow over Flat Plate in the Presence of Microstructures |
| 6/9 | Rashmi(M2) | Application of neural-network-based method to Numerical analysis of shock waves structure |
| Suenaga(D1) | Coupled Aerodynamics-Structure Analysis of the WITCH(WIng-Tip-CHained) Airplane | |
| 6/16 | Jorge(D2) | SCSI: a PIC code with Object-Oriented approach for the study of Solar Corona-Satellite Interactions |
| Taniguchi(M2) | Dry Run: Numerical study on incompressible and compressible fluid relation on dynamics of vortex collision | |
| 6/23 | Max(D2) | Designing for easier navigation via the Sun and the wind |
| 6/30 | Nishimura(B4) | TBD |
| Chen(D3) | Numerical Analysis on Underwater Sonic Boom Induced by Hypersonic Aircraft over the Ocean | |
| 7/7 | Dong(D2) | Study on the Behavior of Two Spheres in Hypersonic Flow |
| Watanabe(Assist. Prof.) | Part 1: High Performance Computing using GPU/OpenACC in Aerospace Research Part 2: Mission Proposal and Preliminary Estimation of Electrostatic Thruster for Mars Airplanes |
|
| 7/14 | Endo(B4) | TBD |
| Nishimura(B4) | TBD | |
| Suzuki(Prof.) | Can Irreversible Compression Gas Model Describe Macroscopic Behavior of Granular Material at High-Speed Impact ? |
2020 Winter Semester
| Date | Presenter | Presentation Title |
|---|---|---|
| 10/9 | Orientation |
2020 Summer Semester
| Date | Presenter | Presentation Title |
|---|---|---|
| 4/14 | Orientation | |
| 4/19 | Furuya(M1) | Developing of DNA concentration surge counter |
| Taniguchi(M1) | Monitoring of Corner Thickening/Thinning During L-Shaped CFRP molding by Fiber-optic-based Shape | |
| Kobayashi(M1) | The actual proof of the possibility that Faraday cup can measure the satellite's posture angle against the orbit | |
| 5/1 | Kojima(M1) | Study on effect of parameters of turbulent wedge with DNS |
| Toriumi(M1) | Application of Edge-Detection to Flow Discontinuities | |
| Senzaki(M1) | Numerical Analysis of thermal induced flow in slip flow | |
| 5/8 | Sakamoto(M2) | Numerical simulation of interaction between meteor and geomagnetic field |
| Mori(M2) | The application the generative adversrial network to the design optimization from flow perspective | |
| 5/15 | Ogino(M2) | Surrogate Model for Computational Fluid Dynamics |
| Furuta(M2) | Aerodynamic analysis for system design of spaceplane | |
| 5/18 | Watanabe(Assist. Prof.) | Plasma-assisted Flow Control Research Projects at University of Notre Dame — Plasma-assisted Aerodynamic Control with Q-DC Filaments at SBR-50 Wind Tunnel — Fast Pressure Sensitive Paint (PSP) Measurement for Step-Flow Problem — Discharge Path Estimation and Validation Tests at 2ft x 2ft Subsonic Wind Tunnel |
| 6/5 | Max(D1) | Simulated Impact of Transient Aeroshell Deployment on Coupled Aero-Attitude Dynamics of a Nanosatellite for Fast Passive Disposal in LEO |
| Dong(D1) | On the 3D over a real asteroid using multi-block mesh | |
| 6/12 | Machida(M2) | Development of the Thruster for Nano-Satellite BEAK |
| Chen(D2) | Numerical Investigation on Underwater Sonic Boom Cutoff Phenomenon Induced by Hypersonic Aircraft | |
| Jorge(D1) | Simulation of Solar Corona-Spacecraft Interaction | |
| 6/19 | Liu(M1) | |
| Rashmi(M1) | ||
| 6/22 | Suzuki(Prof.) | Development of Equation-based CNN for Poisson equation |
2019 Winter Semester
| Date | Presenter | Presentation Title |
|---|---|---|
| 10/18 | Orientation | |
| 10/25 | Kojima, Kobayashi, Urakami(B4) | Progress report on graduation thesis |
| 10/30 | Conference dry run | |
| 11/15 | Mori(M1) | Generative adversarial network and application for space exploration |
| Ogino(M1) | Surrogate Model for Fluid Dynamics | |
| 11/22 | Kojima, Kobayashi, Urakami(B4) | Graduation thesis progress update |
| 11/29 | Conference dry run | |
| Chen(D2) | A Numerical Study of Supersonic and Hypersonic Sonic-Boom Penetration under Wavy Ocean Model | |
| Suenaga(M2) | Preliminary Study on Aerodynamic Design of Wing-Tip-Chained(WITCH) Airplanes for Mars Exploration | |
| 12/6 | Rashmi | AI*Fluid dynamics study group |
| 12/20 | Furuta(M1) | TBD |
| Sakamoto(M1) | 明るい流星が流れる時に稀に音が聞こえる現象のメカニズム | |
| 1/10 | Rashmi, Liu | Progress report |
| 1/17 | Zhong(D3) | Ph.D. dissertation dryrun |
| 1/28,29 | Egami, Sano, Kawasaki, Suzuki, Dong | Master thesis final defense dry run (Adv. Energy) |
| 1/31 | Hattori | Master thesis final defense dry run (Aero. and Astro.) |
| Suenaga | Master thesis mid-term defense dry run (Adv. Energy) | |
| 2/7 | Suzuki(Prof.) | Numerical Study of Behavior of Outgas from Heat Shield of Solar Probe (a probe penetrating into the solar corona) |
| 2/14 | Guest presenter | |
2019 Summer Semester
| Date | Presenter | Presentation Title |
|---|---|---|
| 4/15 | Orientation | |
| 4/26 | Mori(M1) | Probability Risk Assessment for Insertion Time of Control Rod |
| Sakamoto(M1) | Production of 4-element antenna array for 94GHz WPT & loss analysis for improvement of antenna performance | |
| Ogino(M1) | Micro Mars probe by aerocapture with deployable membrane aeroshell of SMA | |
| Furuta(M1) | TBD | |
| 5/10 | Egami(M2) | Internship in Siemens |
| Sano(M2) | My life in TAMU | |
| 5/17 | Suenaga(M1) | TBD |
| Hattori(M2) | TBD | |
| 5/31 | Kawasaki(M2) | TBD |
| Suzuki(M2) | TBD | |
| 6/7 | Sano, Max, Dong, Zhong | TBD |
| 6/14 | Egami, Zhong | TBD |
| 6/28 | Chen | TBD |
| 7/5 | Max, Dong | TBD |
| 7/12 | Guest presenter | |
| 7/19 | Suzuki(Prof.), Dong, Tokunaga | TBD |
2018 Winter Semester
| Date | Presenter | Presentation Title |
|---|---|---|
| 10/11 | Orientation | |
| 10/19 | Chen(D1) | Some rough idea about my research |
| Suenaga(M1) | Effect of Fuel to Air Equivalence Ratio and Penetration Height during Combustion in a Scram Jet Engine | |
| Max(M2) | Numerical analysis of attitude stability of spacecraft with aeroshell deployed during orbital decay 展開型エアロシェルを有する宇宙機の軌道落下中の姿勢安定に関する数値解析 |
|
| Ogino(B4) | Possibility unfolding membrane Aeroshell | |
| 11/1 | Hattori(M1) | Genetic Programming applied to the DSMC method & Application of ICA (Independent Component Analysis) for Karman flow |
| 11/9 | Machida(M1) | Development of the Thruster for Nano-Satellite BEAK |
| Yamada(D3) | Global stability analysis of vortex breakdown in misaligned compressible swirling jet | |
| 11/12 | Mori(M2) | Preliminary study on hypersonic flow control using discharge under body surface |
| 11/19 | Dong(M1) | Study on Hypersonic Aerodynamic Characteristics of Atmospheric Entering Asteroids Based on Newtonian Method |
| 11/26 | Ogino(B4) | 形状記憶合金を用いた展開式膜面エアロシェルによる超小型エアロキャプチャ |
| 12/7 | Ogino(B4) | 形状記憶合金展開膜面エアロシェルを用いた超小型火星エアロキャプチャの実現可能性 |
| Machida(M1) | 小型衛星BEAKに搭載するナノスラスタの開発 | |
| Max(M2) | 軌道崩壊中にあるナノ衛星の空気力による受動的姿勢安定化に関する連成解析 | |
| Kawasaki(M1) | 畳み込みニューラルネットワークを用いた二次元流れ場の認識 | |
| Suzuki(M1) | 畳み込みニューラルネットワークを用いた非圧縮CFDにおけるポアソンソルバーの高速化 | |
| Shibata(Visiting researcher) | ElectroAeroDynamicThrusters: Theory, Analysis, and Application | |
| 12/14 | Yamada(D3) | Study on Mechanism of Vortex Breakdown from Aspects of Topology and Stability Part. I |
| 12/21 | Zhong(D2) | Porous-micro-particle PSP and application to study of hypersonic flow over backward-facing step |
| 1/18 | Guest presenter | |
| 1/21 | Mori(M2) | インテーク付きプラズマシンセティックジェットによる極超音速流れ場制御効果に関する基礎研究 |
| 2/1 | Suzuki(Prof.) | Application of POD to unsteady flows |
| Yamada(D3) | Study on Mechanism of Vortex Breakdown from Aspects of Topology and Stability Part. II | |
2018 Summer Semester
| Date | Presenter | Presentation Title |
|---|---|---|
| 4/13 | Orientation | |
| 4/20 | Machida(M1) | Behavior of triple point immediately after transition of reflection form of shock wave |
| Kawasaki(M1) | An image processing approach to feature-preserving B-spline surface fairing | |
| 4/27 | Shiihara(Research student) | Staging Analysis of Two-Stage Winged Rocket Considering Aerodynamic Interfefrnce |
| Hattori(M1) | Rarefied Gas Numerical Study Applied to the Attitude Variation of CubeSat Flying in the Upper Atmosphere | |
| 5/11 | Suzuki(M1) | Application of data-driven approach to CFD analysis |
| Sano(M2) | About My Life in the George Washington University, DC, USA | |
| 5/14 | Max(M1) | Coupled aerodynamic-structural design of a novel spacecraft with deployable aeroshell for easy access to space |
| Dong(M1) | Study on Hypersonic Aerodynamic Characteristics of Atmospheric Entering Asteroids | |
| 5/21 | Yamada(D3) | Topology and Tensor Invariants of Vortex Breakdown |
| 6/1 | Zhong(D2) | Experimental result of backward facing step hypersonic flow |
| 6/8 | Kawasaki(M1) | Machine Learning for Engineering Design |
| Hattori(M1) | Application of Machine Learning for CFD | |
| 6/22 | Suzuki(M1) | CFD解析へのデータ駆動型アプローチ運用の試み |
| Mori(M2) | 模型表面内側に設けた放電室による極超音速境界層流れ制御の基礎実験 | |
| 6/29 | Zhong(D2) | PSPコーティングナノ粒子の極超音速風洞実験への応用 |
| Yamada(D3) | バブル型渦崩壊現象の軌道構造とテンソル不変量に関する考察 | |
| 7/13 | Guest presenter | |
| 7/20 | Ogino(B4) | 展開型膜面エアロシェルについて |
| Suzuki(Prof.) | Compressible Non-Expanding (CNE) Fluid Dynamics: Part III |
2017 Winter Semester
| Date | Presenter | Presentation Title |
|---|---|---|
| 10/5 | Orientation | |
| 10/19 | Max Berthet(M1) | An experimental and computational study to optimise fluid forces for a new type of varying clearance turbomachinery sealing technology |
| Dong Zipei(Research student) | Experimental Study on the Micro-vibration Damping Capacity of Bellow Structure with Oscillator and Filter Gauze | |
| 11/2 | Egami(M1) | Study on chemical equilibrium flow in the re-entry |
| Sano(M1) | Research on Electric Sail | |
| 11/9 | Mohammad Saeed Samara(D3) | Flow Field and Performance Analysis of a Common Channel Added to a Dual Hypersonic Engine Cycle |
| 11/16 | Mori(M1) | Study on Ram-air Synthetic Jet Actuator |
| Tokunaga(M2) | Study on Mars Aerocapture using Spinning Solarsail by Coupled Analysis of Aerodynamics, Structure, Attitude and Trajectory | |
| 11/29 | Masaki(M2) | Experimental progress and future prospects of master's thesis |
| 12/4 | Sano(M1) | 超小型衛星用スラスタとしての水レジストジェットの基礎検討 |
| Tomita(M2) | Effect of Opposing Water Jet on Hypersonic Flow around Blunt Body | |
| 12/18 | Yamada(D2) | A global linear stability analysis (GLSA) for vortex breakdowns in swirling jets |
| Zhong Ce(D1) | Application of PSP technology to hypersonic flow | |
| 12/21 | Mohammad Saeed Samara(D3) | (TBD) |
| 1/12 | Off-campus guest lecture | |
| 1/18 | Watanabe(Assist. Prof.) | (Part I) Visualization of Shade-zone Flowfield with Background-Oriented Schlieren (BOS) Method at Kashiwa Hypersonic Wind Tunnel (Part II) Simulation of Dust Motion in Ballistic Range Experiment with Event-Driven Molecular Dynamics |
| 1/25 | Tomita(M2) | 鈍頭物体周りの極超音速流れ場に対する空気および逆噴射ジェットの影響に対する実験的研究 |
| Masaki(M2) | 多粒子場中を高速通過する飛翔体周りの粉体流れ場に関する実験的研究 | |
| 2/1 | Tokunaga(M2) | 空気力、構造、姿勢、軌道の練成解析によるスピン型ソーラーセイルを用いた火星エアロキャプチャに関する研究 |
| Suzuki(Prof.) | Compressible Non-Expanding (CNE) Fluid Dynamics: Part II |
2017 Summer Semester
| Date | Presenter | Presentation Title |
|---|---|---|
| 4/17 | Orientation | |
| 4/28 | Yamada(D2) | 縦渦の膨張に関する所見 Some observations on the swell of a longitudinal vortex |
| 5/12 | Egami(M1) | 機械学習を用いた宇宙線核種選別の研究 Study of cosmic ray nuclide selection by means of machine learning |
| Sano(M1) | 希薄な弱電離超音速プラズマ流の高精度気流診断を目指したレーザートムソン散乱計測系の構築 Construction of measurement system aimed at airflow diagnosis of high precision which utilizes Laser-Thomson scattering for rarefied and weakly ionized plasma flow at supersonic speeds |
|
| Mori(M1) | 液滴衝突における速度場の推定手法と評価に関する研究 Study on velocity field estimation method and evaluation at liquid droplets coalescence |
|
| 5/15 | Mohammad Saeed Samara(D2) | A Study on The Interaction Mechanism of Coaxial Jet Exhausted from a body in Hypersonic Flow |
| Tokunaga(M2) | Coupled Analysis of Aerodynamics, Deformation and Motion for Mars Probe with Flexible Surface in Upper Atmosphere | |
| 5/22 | Masaki(M2) | Ballistic Range Experiment of Sphere in Dusty Atmosphere |
| Yamada(D2) | Compressibility Effect on Topology of Vortex Ring Formed by Vortex Breakdown in Closed Cylinder at Low-Mach-Numbers | |
| 6/12 | Ce Zhong(D1) | Report of Experimental Investigation of Opposing Jet from a Blunt Body in Hypersonic Flows |
| 6/16 | Watanabe(Assist. Prof.) | Plasma-assisted Flow Control Research at University of Notre Dame |
| 6/23 | Masaki(M2) | 低雰囲気圧高濃度ダスト雲中を飛行する物体まわりに生じる粉体流れに関する実験的研究 |
| Tokunaga(M2) | 大変形して高層大気を飛行する膜構造宇宙機周りの希薄気体流れ | |
| Tomita(M2) | 逆噴射ジェットによる鈍頭物体の極超音速空力特性制御に関する基礎研究 | |
| 7/3 | Mohammad Saeed Samara(D2) | Approximate Riemann Solver Free from Analytical Formulation of Jacobian Matrix and its Eigen-System |
| 7/7 | Suzuki(B4) | (Progress report on graduation thesis) |
| Hattori(B4) | (Progress report on graduation thesis) | |
| Suzuki(Prof.) | Compressible Non-Expanding (CNE) Fluid Dynamics: Part I | |
| 7/21 | Masaki(M2) | 多粒子場中を高速通過する物体周りの現象に関する実験的研究 |
| Tomita(M2) | 逆噴射ジェットによる鈍頭物体の極超音速空力特性制御に関する基礎研究 |