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作品数：422被引量：491H指数：10
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相关机构：福建师范大学华中科技大学南开大学华东师范大学更多>>
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Experimental Advances in Airfoil Dynamic Stall and Transition Phenomena
《Fluid Dynamics & Materials Processing》2025年第4期697-739,共43页Dapeng Zhang Yifan Xie Yining Zhang Zhengjie Liang Yutao Tian 
funded by Programfor Scientific Research Start-up Funds of Guangdong Ocean University,grant number 060302072101;Zhanjiang Marine Youth Talent Project Comparative Study and Optimization of Horizontal Lifting of Subsea Pipeline,grant number 2021E5011.
Airfoil structures play a crucial role across numerous scientific and technological disciplines,with the transition to turbulence and stall onset remaining key challenges in aerodynamic research.While experimental tec...
关键词：AIRFOIL dynamic stall TRANSITION experimental methodologies artificial intelligence 
Experimental and Three-Dimensional Numerical Simulation of Phenomena Induced by Submerged Oblique Jet Scouring
《Fluid Dynamics & Materials Processing》2024年第8期1799-1821,共23页Hao Chen Xianbin Teng Faxin Zhu Zhibin Zhang Jie Wang 
supported by Research on the Influence of Nozzle Structure on the Scouring Effect of Submerged Water Jet(2023R411045);Design and Control Strategy Research of PEM Fuel Cell Hybrid Propulsion System for Ships(2024R411015);Zhejiang Ocean University Outstanding Master’s Thesis Cultivation Project(ZJOUYJS20230018);General Program of Education Department of Zhejiang Province(Y202250817)which was gained by Chen.
Scouring experiments were conducted using a three-dimensional laser scanning technology for angles of the jet spanning the interval from 0°to 30°,and the characteristics of the scour hole in equilibrium conditions w...
关键词：Submerged jet jet angle experimental study numerical simulation bed shear stress 
Numerical Analysis of the Influence of Turbulence Intensity on Iced Conductors Gallop Phenomena
《Fluid Dynamics & Materials Processing》2023年第10期2533-2547,共15页Yuantao Liu Yanzhe Li Shanpeng Zhao Youpeng Zhang Taizhen Zhang 
This work was supported in part by the National Natural Science Foundation of China[Grant No.51867013].
Turbulence is expected to play a relevant role in the so-called conductor gallop phenomena,namely,the high-amplitude,low-frequency oscillation of overhead power lines due to the formation of ice structures and the ens...
关键词：Turbulence intensity iced conductor galloping amplitude fluid-solid coupling 
An Artificial Intelligence Algorithm for the Real-Time Early Detection of Sticking Phenomena in Horizontal Shale Gas Wells
《Fluid Dynamics & Materials Processing》2023年第10期2569-2578,共10页Qing Wang Haige Wang Hongchun Huang Lubin Zhuo Guodong Ji 
The project is supported by CNPC Key Core Technology Research Projects(2022ZG06)received by Qing Wang;project funded by China Postdoctoral Science Foundation(2021M693508)received by Qing Wang.Basic Research and Strategic Reserve Technology Research Fund Project of Institutes directly under CNPC received by Qing Wang.
Sticking is the most serious cause of failure in complex drilling operations.In the present work a novel“early warning”method based on an artificial intelligence algorithm is proposed to overcome some of the known pr...
关键词：Shale gas drilling sticking fault artificial intelligence risk early warning technology 
Analysis of Channeling-Path Phenomena in a Complex Fault-Block Reservoir with Low Recovery Factor and High Water-Cut Ratio
《Fluid Dynamics & Materials Processing》2023年第2期361-377,共17页Qunyi Wang Xiaoli Ma Yongbin Bi Haiyan He Xiao Gu Tongjing Liu Lekun Zhao 
supported by Bohai Oilfield Efficient Development Demonstration Project(2016ZX05058-003-011).
Current methods for the analysis of channeling-path phenomena in reservoirs cannot account for the influence of time and space on the actual seepage behavior.In the present study,this problem is addressed considering ...
关键词：Complex fault-block reservoirs channeling path quantitative identification characteristic parameters dynamic inversion 
Fast Superfine Components and Sound Packets in Phenomena Induced by the Impact of a Drop on a Target Fluid in Quiescent Conditions
《Fluid Dynamics & Materials Processing》2020年第4期773-800,共28页Yuli D.Chashechkin 
supported by the Russian Science Foundation(Project 19-19-00598“Hydrodynamics and energetics of drops and droplet jets:formation,motion,break-up,interaction with the contact surface”).
The structure of the flow and the acoustic signals generated by the impact of a freely falling drop of water with an underlying quiescent fluid have been investigated for droplets having diameter 0.5 cm and a contact ...
关键词：Liquid DROP impact fine flow WAVES SOUND energy 
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