Theses written in English (and related articles)
Academic Year 2022
Master's Theses
 Yusuke Okochi, "Drag reduction effect by blowing and suction in turbulent channel flow with a bump," MEng Thesis, Keio University (2023), 69 pp.
 Shoei Kanehira, "Development of an autoencoder based linearization method for flow control," MEng Thesis, Keio University (2023), 53 pp.
 Aoi Sato, "Proposal of feedback control laws by twodimensional resolvent analysis for suppression of vortex shedding," MEng Thesis, Keio University (2023), 53 pp.
 Yoko Fujima, "Numerical simulation of PM2.5 behavior in an experimental device for particle deposition assessment," MEng Thesis, Keio University (2023), 49 pp.
 Mitsuaki Matsuo, "Applications of machine learning to external flows: toward efficient numerical simulation and data handling," MEng Thesis, Keio University (2023), 112 pp.
Academic Year 2021
PhD Thesis
 Yusuke Nabae, "Drag Reduction Effect by Traveling WaveLike Wall Deformation in Turbulent Channel Flow," PhD Thesis, Keio University (2022), 101 pp.
 Mehdi Badri Ghomizad,
"Development of a versatile and accurate immersed boundary method with adaptive mesh refinement approach,"
PhD Thesis, Keio University (2021), 123 pp.
Master's Theses
 Kazuto Hasegawa, "Machine learningbased reducedorder modeling for fluid dynamics," MEng Thesis, Keio University (2022), 60 pp.
 Rino Arai, "Numerical modeling of spark path and electrode shape optimization in internal combustion engine," MEng Thesis, Keio University (2022), 47 pp.
 Taichi Nakamura, "Weight surface analysis of neural networks and linear regressions for flow state estimation," MEng Thesis, Keio University (2022), 59 pp.
 Senri Miura, "Uniform blowing on ClarkY airfoil for improving lifttodrag ratio," MEng Thesis, Keio University (2022), 94 pp.
 Hikaru Murakami, "Mechanism behind turbulence suppression in a flow around a perforated square cylinder," MEng Thesis, Keio University (2022), 43 pp.
 Masaki Morimoto, "Generalization techniques and modelform uncertainty quantification of neural networks for fluid flow estimation," MEng Thesis, Keio University (2022), 85 pp.
Academic Year 2020
Master's Theses
 Yuki Morita, "Applying Bayesian optimization to computational fluid dynamics problems," MEng Thesis, Keio University & KTH Royal Institute of Technology (2021), 52 pp.
 Masahiro Ohashi, "Adjoint based sensitivity analysis for flow control to improve lifttodrag ratio of airfoils," MEng Thesis, Keio University (2021), 58 pp.
 Riko Uekusa, "Resolvent analysis of turbulent friction drag reduction by various control strategies," MEng Thesis, Keio University (2021), 57 pp.
 Kai Fukami, "Spacetime data recovery of fluid flows using machine learning based super resolution," MEng Thesis, Keio University (2020), 56 pp.
Academic Year 2019
Master's Theses
 Shiho Hirokawa, "Experimental assessment of friction drag reduction on a ClarkY airfoil by passive blowing," MEng Thesis, Keio University (2020), 75 pp.
 Takaaki Murata, "Reduced order modeling of unsteady flow fields based on convolutional neural network," MEng Thesis, Keio University (2020), 93 pp.
Academic Year 2018
PhD Thesis
 Weizhuo Hua, "Numerical investigation on the discharge process of a nanosecondpulsed surface dielectricbarrierdischarge plasma actuator," PhD Thesis, Keio University (2019), 123 pp.
 Hosnieh Kor, "Development of an efficient immersed boundary method for simulation of flows around stationary and moving bodies," PhD Thesis, Keio University (2018), 106 pp.
Master's Theses
 Kaoruko Eto, "Experimental assessment of friction drag reduction on an airfoil using uniform blowing," MEng Thesis, Keio University (2019), 71 pp.
 Daisuke Hiruma, "Numerical sensitivity analysis toward weakening of heavy rainfall," MEng Thesis, Keio University (2019), 54 pp.
 Daiki Iwasa, "Comprehensive grid resolution and improvement study for large eddy simulation of turbulent pipe flows," MEng Thesis, Keio University (2019), 100 pp.
 Aika Kawagoe, "Resolventbased design of control laws for turbulent friction drag reduction," MEng Thesis, Keio University (2019), 115 pp.
 Yusuke Nabae, "Reynolds number scaling of drag reduction effect in turbulent channel flow using traveling wavelike wall deformation," MEng Thesis, Keio University (2019), 77 pp.
 Takuto Yonemichi, "Quantification of charge distribution of PM2.5 based on a numerical simulation of a parallelplate particle separator," MEng Thesis, Keio University (2019), 112 pp.
Academic Year 2017
Master's Theses
 Yosuke Fujita, "Extension of Suboptimal Control Theory for Flow Around a Square Cylinder", MEng Thesis, Keio University (2018), 60 pp.
 Yusuke Izawa, "Measurement of Flow Induced by a Ceramic Plate Plasma Actuator," MEng Thesis, Keio University (2018), 102 pp.
 Ken Kawai, "Dataoriented Turbulence Modeling for Large Eddy Simulation," MEng Thesis, Keio University (2018), 106 pp.
 Yusuke Kondo, "Numerical Study on Effects of Uniform Blowing and Suction in a Flow Around a ClarkY Airfoil," MEng Thesis, Keio University (2018), 127 pp.
 Satoshi Nakashima, "Resolvent Analysis of Manipulated Turbulent Channel Flows," MEng Thesis, Keio University (2018), 118 pp.
 Anna Mizobuchi, "Very Large Eddy Simulation of Turbulent Heat Transfer and Mixing
in a TJunction," MEng Thesis, Keio University (2017), 95 pp.
 Eisuke Mori, "Direct Numerical Simulation of Drag Reduction with Uniform Blowing over a Twodimensional Roughness," MEng Thesis, Keio University (2017), 78 pp.
Academic Year 2016
Master's Theses
 Yuta Ikeya, "Revisiting HotWire Anemometry Close to Solid Walls," MEng Thesis, Keio University & KTH Royal Institute of Technology (2017), 83 pp.
 Shota Mukumoto, "An Attempt for Flexible Control of Drag and Lift Forces by Plasma Actuators," MEng Thesis, Keio University (2017), 79 pp.
Academic Year 2015
Master's Theses
 Satoru Hataoka, "Measurement of Vortex Suppression Effects by Plasma Actuators Using Stereo Particle Image Velocimetry," MEng Thesis, Keio University (2016), 95 pp.
 Yuta Morimoto, "Numerical Study on BodyForce Improvement of a Plasma Actuator Using Spanwise NonUniformity," MEng Thesis, Keio University (2016), 85 pp.
Academic Year 2014
PhD Thesis
 Hiroshi Naito, "Numerical Studies on Control of Flow Around a Circular Cylinder,"
PhD Thesis, Keio University (2015), 108 pp.
H. Naito and K. Fukagata,
"Control of flow around a circular cylinder for minimizing energy dissipation,"
Phys. Rev. E 90, 053008 (2014).
Erratum: Phys. Rev. E 90, 069902(E) (2014).
S. J. Illingworth, H. Naito, and K. Fukagata,
"Active control of vortex shedding: An explanation of the gain window,"
Phys. Rev. E 90, 043014 (2014).
H. Naito and K. Fukagata,
"Numerical simulation of flow around a circular cylinder having porous surface,"
Phys. Fluids 24, 117102 (2012).
Master's Theses
 Yosuke Anzai, "Numerical Simulation of a LowReynolds Number Flow Around a Square Cylinder Controlled Using Plasma Actuators," MEng Thesis, Keio University (2015), 117 pp.
 Haruhiko Gejima, "Experimental Study on Vortex GeneratorType Plasma Actuator: Basic Performance and Application to Suppression of Vortex Shedding," MEng Thesis, Keio University (2015), 152 pp.
 Ryosuke Kidogawa, "Friction Drag Reduction in High Reynolds Number Spatially Developing Turbulent Boundary Layer Using Uniform Blowing Control," MEng Thesis, Keio University (2015), 87 pp.
 Ayane Kotake, "Mach Number Dependency of Drag Reduction/Enhancement Effect by Uniform Blowing/Suction in a Supersonic Turbulent Channel Flow," MEng Thesis, Keio University (2015), 75 pp.
 Kohei Matsumoto, "Numerical Experiments of Ion Transport Around a Plasma Actuator," MEng Thesis, Keio University (2015), 79 pp.
 Daigo Noguchi, "Friction Drag Reduction of a Spatially Developing Boundary Layer Using a Combined Uniform Suction and Blowing," MEng Thesis, Keio University (2015), 73 pp.
 Keisuke Uchino, "Direct Numerical Simulation of Dissimilar Control of Momentum and Heat Transfers Using Traveling WaveLike Wall Deformation," MEng Thesis, Keio University (2015), 80 pp.
Academic Year 2013
Master's Theses
 Kazutaka Hashimoto, "Phase Field Simulation of TwoPhase Surface Behavior Under a Uniform Shear," MEng Thesis, Keio University (2014), 64 pp.
 Takuji Mizokami, "Lift and Drag Manipulation Using Dielectric Barrier Discharge Plasma Actuators Installed on the Wingtips," MEng Thesis, Keio University (2014), 84 pp.
 Tetsuya Nakamura, "Effects of a Forest Clearing: Experimental and Numerical Assessment," MEng Thesis, Keio University & KTH Royal Institute of Technology (2014), 53 pp.
 Kazutaka Nakayama, "Extension of Extremum Seeking Toward Dynamical Optimization in Unsteady Flow Problems, " MEng Thesis, Keio University (2014), 81 pp.
 Yumi Utsugi, "Numerical Simulation of Flow Around Two Airfoils in Formation Flight," MEng Thesis, Keio University (2014), 60 pp.
 Yakashi Yanai, "Analysis of StartUp Properties of Vertical Axis Wind Turbine by Means of Flow Simulation," MEng Thesis, Keio University (2014), 78 pp.
Academic Year 2012
PhD Thesis
Master's Theses
 Taichi Igarashi, "Direct Numerical Simulation of Flow Around a Circular Cylinder Controlled Using Plasma Actuators," MEng Thesis, Keio University (2013), 84 pp.
 Nobuhito Tomiyama, "Direct Numerical Simulation of Drag Reduction in a Turbulent Channel Flow using Spanwise Traveling WaveLike Wall Deformation," MEng Thesis, Keio University (2013), 72 pp.
 Seiya Yamamoto, "Numerical Simulation of a Plasma Actuator Based on Ion Transport," MEng Thesis, Keio University (2013), 79 pp.
 Sho Watanabe, "Direct Numerical Simulation of Friction Drag Reduction in a Turbulent Channel Flow Using Superhydrophobic Surfaces," MEng Thesis, Keio University (2013), 88 pp.
Academic Year 2011
PhD Thesis
Fukagata's Theses etc.
Doctoral Theses
K. Fukagata,
"Numerical Analyses on Dispersed Gasparticle Twophase Turbulent Flows,
PhD Thesis (The Univ. of Tokyo, 2000), iv + 214pp.
K. Fukagata,
"Large Eddy Simulation of Particulate Turbulent Channel Flows,"
TRITAMEK Technical Report 1999:17 (Doctoral Thesis), vi + 54 pp. + 7 papers, (KTH, Stockholm, 1999), ISRN KTH/MEK/TR99/17SE.
Licentiate Thesis
K. Fukagata, "Large Eddy Simulation of Particulate Turbulent Channel Flows," TRITAMEK Technical Report 1997:11 (Licentiate Thesis), vi + 16pp. + 3 papers (KTH, Stockholm, 1997), ISRN KTH/MEK/TR97/11SE.
Internal Reports
K. Fukagata, "DNS code for turbulent channel flow," Fukagata Lab. Internal Textbook, No. FLIT1201 (Fukagata Lab., Keio University, 2012), 76 pp.
K. Fukagata, "Development of DNS code for turbulent pipe flow," THTLAB Internal Report, No. ILR0104 (Turbulence and Heat Transfer Laboratory, The Univ. of Tokyo, 2001), 62pp.
K. Fukagata and S. Zahrai, "Simulation of particle motion in a turbulent velocity field, part II," ABB Corporate Research Technical Report 1996:107 (ABB Corporate Research, Västerås, 1996), 35pp., ISRN SECRC/B/TR96/107E.
K. Fukagata, "Simulation of particle motion in a turbulent velocity field, part I," ABB Corporate Research Technical Report 1995:162 (ABB Corporate Research, Västerås, 1995), 20pp. ISRN SECRC/KB/TR95/162E.
