Tatsuya Nagata, Takumi Sakashita, Shinichiro Nakao, Yoshiaki Miyazato. Three-dimensional flow features of underexpanded jets emerging from an elliptic convergent nozzle. Experiments in Fluids. 2024. 65. 10
Takumi Sakashita, Tatsuya Nagata, Shinichiro Nakao, Yoshiaki Miyazato. Quantitative Flow Visualization of an Elliptic Underexpanded Sonic Jet by RST. 8th edition of the International Conference on Jets, Wakes and Separated Flows, PaperID 54, 2pages. 2024
Itsuki Morita, Ryuki Nishi, Yuta Kimura, Shinichiro Nakao, Yoshiaki Miyazato, and, Yojiro Ishino. Quantitative Flow Visualization of a Square Underexpanded Microjet by RST. 8th edition of the International Conference on Jets, Wakes and Separated Flows, PaperID 55, 2pages. 2024
Ryuki Nishi, Itsuki Morita, Yuta Kimura, Shinichiro Nakao, Yoshiaki Miyazato, and, Yojiro Ishino. Large Eddy Simulation of Underexpanded Microjets from a Square Supersonic Nozzle. 8th edition of the International Conference on Jets, Wakes and Separated Flows, PaperID 56, 2pages. 2024
Hiromu Ueno, Ryota Fukunaga, Shinichiro Nakao, Yoshiaki Miyazato. Quantitative Flow Visualization of Supersonic Jets from an Axisymmetric Laval Nozzle by MZI. 8th edition of the International Conference on Jets, Wakes and Separated Flows, PaperID 51, 2pages. 2024
2024/09 - The Chairman & the Board of Directors of ICMAE 2024 Conference Excellent Oral Presentation Award Characteristics of Underexpanded Jets from a Round Convergent Nozzle with Small Bumps
2024/09 - The Chairman & the Board of Directors of ICMAE 2024 Conference Best Student Paper Award Excellent Oral Presentation Award, Application of data-driven modelling for an oscillating shock train in a confined duct
2024/07 - The Chairman & the Board of Directors of ICMAE 2024 Conference Excellent Oral Presentation Award Application of data-driven modelling for an oscillating shock train in a confined duct
2024/07 - 一般社団法人 可視化情報学会 学会賞(技術賞) Application of rainbow schlieren tomography for shock-containing rectangular jets
2022/11 - The 19th International Conference on Flow Dynamics Best Presentation Award for Young Researcher Study of Microjet Structure from Axisymmetric Supersonic Nozzles
2019/07 - 一般社団法人可視化情報学会 学会賞(技術賞) CT(Computer Tomography) measurement of 3D density distributions of high-speed premixed turbulent flames (Multi-path integration image-noise reduction technique based on novel concept of complex brightness gradient in quantitative schlieren images
2019/04 - American Society of Thermal and Fluids Engineers Best Research Award CT (Computer Tomography) measurement of 3D density distributions of flame: obtaining vertical gradient schlieren brightness from horizontal gradient for image-noise reduction