フォロー
Hyun Jin Park
Hyun Jin Park
確認したメール アドレス: eng.hokudai.ac.jp - ホームページ
タイトル
引用先
引用先
Drag reduction promoted by repetitive bubble injection in turbulent channel flows
HJ Park, Y Tasaka, Y Oishi, Y Murai
International Journal of Multiphase Flow 75, 12-25, 2015
712015
Ultrasound flow-monitoring and flow-metering of air–oil–water three-layer pipe flows
J Hitomi, Y Murai, HJ Park, Y Tasaka
IEEE access 5, 15021-15029, 2017
382017
Void waves propagating in the bubbly two-phase turbulent boundary layer beneath a flat-bottom model ship during drag reduction
HJ Park, Y Oishi, Y Tasaka, Y Murai
Experiments in fluids 57, 1-18, 2016
352016
Ultrasonic pulse echography for bubbles traveling in the proximity of a wall
HJ Park, Y Tasaka, Y Murai
Measurement Science and Technology 26 (12), 125301, 2015
312015
Bubbly drag reduction investigated by time-resolved ultrasonic pulse echography for liquid films creeping inside a turbulent boundary layer
HJ Park, Y Tasaka, Y Murai
Experimental Thermal and Fluid Science 103, 66-77, 2019
302019
Bubbly drag reduction accompanied by void wave generation inside turbulent boundary layers
HJ Park, Y Tasaka, Y Murai
Experiments in fluids 59, 1-15, 2018
302018
Color-coded visualization of microbubble clouds interacting with eddies in a spatially developing turbulent boundary layer
HJ Park, D Saito, Y Tasaka, Y Murai
Experimental thermal and fluid science 109, 109919, 2019
232019
Vortical structures swept by a bubble swarm in turbulent boundary layers
HJ Park, Y Tasaka, Y Murai, Y Oishi
Chemical Engineering Science 116, 486-496, 2014
232014
Mechanism and performance of a hydrofoil bubble generator utilized for bubbly drag reduction ships
Y Murai, H Sakamaki, I Kumagai, HJ Park, Y Tasaka
Ocean Engineering 216, 108085, 2020
222020
Rheological properties of montmorillonite dispersions in dilute NaCl concentration investigated by ultrasonic spinning rheometry
T Yoshida, Y Tasaka, S Tanaka, HJ Park, Y Murai
Applied Clay Science 161, 513-523, 2018
222018
Spontaneous and artificial void wave propagation beneath a flat-bottom model ship
T Tanaka, HJ Park, Y Tasaka, Y Murai
Ocean Engineering 214, 107850, 2020
212020
Repetitive bubble injection promoting frictional drag reduction in high-speed horizontal turbulent channel flows
T Tanaka, Y Oishi, HJ Park, Y Tasaka, Y Murai, C Kawakita
Ocean Engineering 239, 109909, 2021
182021
Frictional drag reduction caused by bubble injection in a turbulent boundary layer beneath a 36-m-long flat-bottom model ship
T Tanaka, Y Oishi, HJ Park, Y Tasaka, Y Murai, C Kawakita
Ocean Engineering 252, 111224, 2022
162022
Measurement of the inner structure of turbidity currents by ultrasound velocity profiling
J Hitomi, S Nomura, Y Murai, G De Cesare, Y Tasaka, Y Takeda, HJ Park, ...
International Journal of Multiphase Flow 136, 103540, 2021
162021
Direct numerical simulation of frictional drag modulation in horizontal channel flow subjected to single large-sized bubble injection
S Kim, N Oshima, HJ Park, Y Murai
International Journal of Multiphase Flow 145, 103838, 2021
152021
Turbulent shear control with oscillatory bubble injection
HJ Park, Y Oishi, Y Tasaka, Y Murai, Y Takeda
Journal of Physics: Conference Series 147 (1), 012037, 2009
132009
Monitoring of void fraction and bubble size in narrow-channel bubbly-flows using ultrasonic pulses with a super bubble-resonant frequency
HJ Park, S Akasaka, Y Tasaka, Y Murai
IEEE Sensors Journal 21 (1), 273-283, 2020
122020
Inner structure visualization of fresh fruits utilizing ultrasonic velocity profiler
T Yoshida, Y Tasaka, HJ Park, Y Murai, H Teramura, S Koseki
Journal of Visualization 21, 253-265, 2018
122018
Downstream persistence of frictional drag reduction with repetitive bubble injection
T Tanaka, Y Oishi, HJ Park, Y Tasaka, Y Murai, C Kawakita
Ocean Engineering 272, 113807, 2023
102023
Spatial development of single void pulse in a horizontal turbulent bubbly channel flow investigated by a time-resolved two-laser measurement
HJ Park, Y Tasaka, Y Murai
International Journal of Multiphase Flow 146, 103867, 2022
82022
現在システムで処理を実行できません。しばらくしてからもう一度お試しください。
論文 1–20